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- EMDB-40220: 96-nm repeat unit of doublet microtubules from Chlamydomonas rein... -

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Open data

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Basic information

Entry

Database: EMDB / ID: EMD-40220

Title

96-nm repeat unit of doublet microtubules from Chlamydomonas reinhardtii flagella

Map data

composite map of the 96 nm repeat from C. reinhardtii

Sample

Complex: 96-nm repeat unit of doublet microtubules from the flagella of Chlamydomonas reinhardtii
- Protein or peptide: x 127 types
Ligand: x 3 types

Keywords

cilia /

microtubule /

dynein /

MOTOR PROTEIN

Function / homology

Function and homology information

axonemal central pair / inner dynein arm / axonemal outer doublet / radial spoke head / outer dynein arm /

axonemal dynein complex / axonemal dynein complex assembly /

radial spoke / intraciliary transport particle B / outer dynein arm assembly ...axonemal central pair / inner dynein arm / axonemal outer doublet / radial spoke head / outer dynein arm /

axonemal dynein complex / axonemal dynein complex assembly /

radial spoke / intraciliary transport particle B / outer dynein arm assembly / inner dynein arm assembly / cilium-dependent cell motility / membrane-bounded organelle / positive regulation of cilium-dependent cell motility / cellular anatomical entity / regulation of cilium beat frequency involved in ciliary motility / dynein light chain binding /

kinocilium / intraciliary transport / cilium movement involved in cell motility / establishment of protein localization to organelle / 9+2 motile cilium / cilium movement / dynein heavy chain binding /

axoneme assembly /

motile cilium assembly / cilium organization / axonemal microtubule / intracellular organelle / blue light photoreceptor activity / cell projection organization / negative regulation of microtubule depolymerization /

dynein complex /

nucleoside-diphosphate kinase /

misfolded protein binding / minus-end-directed microtubule motor activity /

cytoplasmic dynein complex /

myosin II complex / dynein light intermediate chain binding / Set1C/COMPASS complex / UTP biosynthetic process / ciliary plasm / CTP biosynthetic process /

Oxidoreductases /

motile cilium / GTP biosynthetic process / microtubule associated complex /

nucleoside diphosphate kinase activity /

microtubule motor activity / ciliary base / dynein intermediate chain binding / dynein complex binding /

beta-tubulin binding / microtubule-based movement /

axoneme / chaperone cofactor-dependent protein refolding / alpha-tubulin binding / mitotic cytokinesis /

cilium assembly / cellular response to unfolded protein / enzyme regulator activity / microtubule-based process / protein peptidyl-prolyl isomerization / regulation of microtubule cytoskeleton organization / protein folding chaperone /

Hsp70 protein binding /

heat shock protein binding /

centriole / FAD binding /

chloroplast /

GTPase activator activity / mitotic spindle organization / acrosomal vesicle / ciliary basal body /

peptidylprolyl isomerase /

peptidyl-prolyl cis-trans isomerase activity / cell projection /

cell motility /

Hydrolases; Acting on acid anhydrides; Acting on GTP to facilitate cellular and subcellular movement /

Hydrolases; Acting on acid anhydrides; Acting on acid anhydrides to facilitate cellular and subcellular movement /

Hsp90 protein binding /

cilium / structural constituent of cytoskeleton /

mitotic spindle /

small GTPase binding / unfolded protein binding /

protein folding / mitotic cell cycle / protein-folding chaperone binding / protein refolding /

microtubule binding /

microtubule /

oxidoreductase activity /

cytoskeleton /

calmodulin binding /

hydrolase activity /

cell cycle /

cell division /

phosphorylation /

GTPase activity
Similarity search - Function

: / Dynein-f, intermediate chain IC97/Dnai7-like / Domain of unknown function DUF4200 / Domain of unknown function DUF4201 / Protein of unknown function DUF4464 / IC97/Casc1, N-terminal / Cilia- and flagella-associated protein 61, N-terminal domain / Cilia- and flagella-associated protein 53 / Cilia- and flagella-associated protein 61 / Domain of unknown function (DUF4200) / Domain of unknown function (DUF4201) / Domain of unknown function (DUF4464) / Cancer susceptibility candidate 1 N-terminus / Cilia- and flagella-associated protein 61, N-terminal domain /

Axonemal dynein light chain / Dynein regulatory complex protein 1, C-terminal /

Nucleoside diphosphate kinase 6 /

Axonemal dynein light chain / Sperm tail C-terminal domain / TRAF3-interacting protein 1 / Dynein regulatory complex subunit 7 / Dynein regulatory complex protein 10 /

Radial spoke protein 14 /

: / Domain of unknown function (DUF6872) / Cilia- and flagella-associated protein 91 / CFAP91 domain / Coiled-coil domain-containing protein 39 / Coiled-coil domain-containing protein 40 / Dynein regulatory complex protein 9 / Cilia- and flagella-associated protein 91 / Stabilizer of axonemal microtubules 1/2 / IQ and ubiquitin-like domain-containing protein / Growth arrest-specific protein 8 domain / FAM183 family / Growth arrest-specific protein 8 / Dynein regulatory complex protein 1/2, N-terminal / Dynein regulatory complex protein / Growth-arrest specific micro-tubule binding /

Sperm tail / FAM183A and FAM183B related / Radial spokehead-like protein /

Radial spoke 3 / Kelch repeat type 2 / Radial spokehead-like protein /

Radial spoke protein 3 / Cilia- and flagella-associated protein 77 /

Kelch motif / Cilia- and flagella-associated protein 77 / : / Sdc1/DPY30 /

Nucleoside diphosphate kinase 7 / Meiosis-specific nuclear structural protein 1 / Piercer of microtubule wall 1/2 / Cilia- and flagella-associated protein 141 / Cilia- and flagella-associated protein 45 / NDPK7, second NDPk domain / Protein Flattop / Cilia- and flagella- associated protein 210 / CFAP53/TCHP / Trichohyalin-plectin-homology domain /

Galactose oxidase, central domain / Trichohyalin-plectin-homology domain / Piercer of microtubule wall 1/2 / Cilia- and flagella-associated protein 141 / RIB43A / RIB43A / DM10 domain / EF-hand domain-containing protein EFHC1/EFHC2/EFHB / DM10 domain / DM10 domain profile. /

Domains in hypothetical proteins in Drosophila, C. elegans and mammals. Occurs singly in some nucleoside diphosphate kinases. /

Enkurin domain / Calmodulin-binding / Enkurin domain profile. / Dpy-30 motif / Dpy-30 motif / CFA20 domain / Cilia- and flagella-associated protein 20/CFAP20DC / CFA20 domain /

Galactose oxidase, central domain / Dynein light chain roadblock-type 1/2 / Dynein light chain Tctex-1 like / Tctex-1-like superfamily / Tctex-1 family / Possible plasma membrane-binding motif in junctophilins, PIP-5-kinases and protein kinases. /

BLUF domain / Sensors of blue-light using FAD /

Tetratricopeptide repeat / Phospholipase D/Transphosphatidylase / Phospholipase D phosphodiesterase active site profile. / Dynein light chain, type 1/2, conserved site / Dynein light chain type 1 signature. /

cAMP-dependent protein kinase regulatory subunit, dimerization-anchoring domain / Regulatory subunit of type II PKA R-subunit / RIIalpha, Regulatory subunit portion of type II PKA R-subunit / HSP40/DnaJ peptide-binding /

Chaperone DnaJ, C-terminal / DnaJ C terminal domain / Parkin co-regulated protein
Similarity search - Domain/homology

Flagellar-associated protein 172 / Flagellar-associated protein 59 / Flagella associated protein / DUF4201 domain-containing protein / Meiosis-specific nuclear structural protein 1 / AAA+ ATPase domain-containing protein / Uncharacterized protein / Flagellar associated protein / AAA+ ATPase domain-containing protein / IC97/Casc1 N-terminal domain-containing protein ...Flagellar-associated protein 172 / Flagellar-associated protein 59 / Flagella associated protein / DUF4201 domain-containing protein / Meiosis-specific nuclear structural protein 1 / AAA+ ATPase domain-containing protein / Uncharacterized protein / Flagellar associated protein / AAA+ ATPase domain-containing protein / IC97/Casc1 N-terminal domain-containing protein / AAA+ ATPase domain-containing protein / Cilia- and flagella-associated protein 52 / IQ and ubiquitin-like domain-containing protein / Flagellar associated protein / Uncharacterized protein / Cilia- and flagella-associated protein 299 / Cilia- and flagella-associated protein 44 / Cytochrome b5 heme-binding domain-containing protein / Uncharacterized protein / Flagellar associated protein / ATPase AAA-type core domain-containing protein / MORN repeat-containing protein 3 / Cilia- and flagella-associated protein 91 / EF-hand domain-containing protein / AAA+ ATPase domain-containing protein / Uncharacterized protein / Flagellar associated protein / PLD phosphodiesterase domain-containing protein / DUF4201 domain-containing protein / Uncharacterized protein / Uncharacterized protein / Uncharacterized protein / TPH domain-containing protein / Uncharacterized protein / AAA+ ATPase domain-containing protein / Uncharacterized protein / Uncharacterized protein / Dynein regulatory complex protein 9 / Inner-arm dynein f/I1 light chain / Flagellar associated protein / Flagellar associated protein / Subunit of axonemal inner dynein /

Radial spoke protein 14 / Flagellar associated protein / Flagellar associated protein / Flagellar associated protein / Uncharacterized protein / Flagellar associated protein / Axonemal inner arm dynein I1/f subunit /

Peptidyl-prolyl cis-trans isomerase / Cilia- and flagella-associated protein 100 /

Radial spoke protein 4 / Cilia- and flagella-associated protein 45 / Cilia- and flagella-associated protein 77 / Flagellar associated protein /

Calmodulin / Cilia- and flagella-associated protein 61 / Uncharacterized protein /

Radial spoke protein 16 / Uncharacterized protein / Cilia- and flagella-associated protein 53 / Cilia- and flagella-associated protein 20 / Protein Flattop homolog / Dynein regulatory complex subunit 3 / Flagellar associated protein /

Predicted protein / Dynein light chain roadblock / Uncharacterized protein / Dynein regulatory complex protein 10 / Uncharacterized protein / Flagellar associated protein / Uncharacterized protein / Flagellar associated protein / Uncharacterized protein / Dynein regulatory complex protein 8 / Uncharacterized protein /

Dynein light chain / Uncharacterized protein / Dynein regulatory complex subunit 2 / Flagellar associated protein / Flagellar associated protein /

Predicted protein / Flagellar associated protein / Outer dynein arm protein 1 / Flagellar associated protein /

Nucleoside diphosphate kinase / Dynein regulatory complex subunit 6 / Flagellar associated protein / Subunit of axonemal inner dynein / Parkin-co-regulated gene product / Cilia- and flagella-associated protein 73 / Mr19,000 outer arm dynein light chain / Dynein light chain Tctex1 / Tubulin beta-1/beta-2 chain /

Caltractin / Tubulin alpha-1 chain / Dynein regulatory complex protein 1 /

Actin / Flagellar radial spoke protein 6 / Flagellar radial spoke protein 1
Similarity search - Component

Biological species

Chlamydomonas reinhardtii (plant)

Method

single particle reconstruction /

cryo EM / Resolution: 3.1 Å

Authors

Walton T / Brown A

Funding support

United States, 2 items

Organization	Grant number	Country
National Institutes of Health/National Institute of General Medical Sciences (NIH/NIGMS)	GM141109	United States
National Institutes of Health/National Institute of General Medical Sciences (NIH/NIGMS)	GM143183	United States

Citation

Journal: Nature / Year: 2023
Title: Axonemal structures reveal mechanoregulatory and disease mechanisms.
Authors: Travis Walton / Miao Gui / Simona Velkova / Mahmoud R Fassad / Robert A Hirst / Eric Haarman / Christopher O'Callaghan / Mathieu Bottier / Thomas Burgoyne / Hannah M Mitchison / Alan Brown /

Abstract: Motile cilia and flagella beat rhythmically on the surface of cells to power the flow of fluid and to enable spermatozoa and unicellular eukaryotes to swim. In humans, defective ciliary motility can ...

History

Deposition	Mar 23, 2023	-
Header (metadata) release	May 31, 2023	-
Map release	May 31, 2023	-
Update	Jun 28, 2023	-
Current status	Jun 28, 2023	Processing site: RCSB / Status: Released

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Structure visualization

Supplemental images	emd_40220.png

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Downloads & links

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EMDB archive

Map data	emd_40220.map.gz	445.9 MB		EMDB map data format
Header (meta data)	emd-40220-v30.xml emd-40220.xml	755.8 KB 755.8 KB	Display Display	EMDB header
Images	emd_40220.png	179.7 KB
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Archive directory	http://ftp.pdbj.org/pub/emdb/structures/EMD-40220 ftp://ftp.pdbj.org/pub/emdb/structures/EMD-40220	HTTPS FTP

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Related structure data

Related structure data	8glvMC 35888C 36891C 36895C 8j07C M: atomic model generated by this map C: citing same article (ref.)
Similar structure data	Similarity search - Function & homologyF&H Search Similarity search - FunctionF&H Search Similarity search - HomologyF&H Search

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Links

EMDB pages	EMDB (EBI/PDBe) / EMDataResource
Related items in Molecule of the Month	#176 - Aug 2014 Dynein similarity (45) #152 - Aug 2012 cAMP-dependent Protein Kinase similarity (3) #175 - Jul 2014 Microtubules similarity (17) #18 - Jun 2001 Myosin similarity (12) #47 - Nov 2003 Simian Virus 40 similarity (4) #143 - Nov 2011 Toll-like Receptors similarity (6) #230 - Feb 2019 Initiation Factor eIF4E similarity (6) #85 - Jan 2007 Importins similarity (3) #141 - Sep 2011 O-GlcNAc Transferase similarity (5) #248 - Aug 2020 Phytosulfokine Receptor similarity (5) #19 - Jul 2001 Actin similarity (8) #245 - May 2020 Spliceosomes similarity (9) #32 - Aug 2002 Chaperones similarity (3) #80 - Aug 2006 AAA+ Proteases similarity (4) #163 - Jul 2013 HIV Capsid similarity (6) #105 - Sep 2008 Ribonuclease A similarity (3) #88 - Apr 2007 Clathrin similarity (2) #99 - Mar 2008 Cadherin similarity (3) #92 - Aug 2007 Anabolic Steroids similarity (3) #243 - Mar 2020 Voltage-gated Sodium Channels similarity (2) #142 - Oct 2011 PDB Pioneers similarity (5) #156 - Dec 2012 ABO Blood Type Glycosyltransferases similarity (1) #233 - May 2019 S-Nitrosylated Hemoglobin similarity (3) #91 - Jul 2007 Thymine Dimers similarity (3) #250 - Oct 2020 Capsaicin Receptor TRPV1 similarity (1) #254 - Feb 2021 Cellulose Synthase similarity (1) #241 - Jan 2020 Twenty Years of Molecules similarity (20) #68 - Aug 2005 Neurotrophins similarity (2) #122 - Feb 2010 Enhanceosome similarity (1) #166 - Oct 2013 Proteasome similarity (2) #146 - Feb 2012 Aminoglycoside Antibiotics similarity (1) #223 - Jul 2018 Piezo1 Mechanosensitive Channel similarity (1) #97 - Jan 2008 Circadian Clock Proteins similarity (1)

EMDB pages

EMDB (EBI/PDBe) /

EMDataResource

Related items in Molecule of the Month

#176 - Aug 2014
Dynein
similarity (45)
#152 - Aug 2012
cAMP-dependent Protein Kinase
similarity (3)
#175 - Jul 2014
Microtubules
similarity (17)
#18 - Jun 2001
Myosin
similarity (12)
#47 - Nov 2003
Simian Virus 40
similarity (4)
#143 - Nov 2011
Toll-like Receptors
similarity (6)
#230 - Feb 2019
Initiation Factor eIF4E
similarity (6)
#85 - Jan 2007
Importins
similarity (3)
#141 - Sep 2011
O-GlcNAc Transferase
similarity (5)
#248 - Aug 2020
Phytosulfokine Receptor
similarity (5)
#19 - Jul 2001
Actin
similarity (8)
#245 - May 2020
Spliceosomes
similarity (9)
#32 - Aug 2002
Chaperones
similarity (3)
#80 - Aug 2006
AAA+ Proteases
similarity (4)
#163 - Jul 2013
HIV Capsid
similarity (6)
#105 - Sep 2008
Ribonuclease A
similarity (3)
#88 - Apr 2007
Clathrin
similarity (2)
#99 - Mar 2008
Cadherin
similarity (3)
#92 - Aug 2007
Anabolic Steroids
similarity (3)
#243 - Mar 2020
Voltage-gated Sodium Channels
similarity (2)
#142 - Oct 2011
PDB Pioneers
similarity (5)
#156 - Dec 2012
ABO Blood Type Glycosyltransferases
similarity (1)
#233 - May 2019
S-Nitrosylated Hemoglobin
similarity (3)
#91 - Jul 2007
Thymine Dimers
similarity (3)
#250 - Oct 2020
Capsaicin Receptor TRPV1
similarity (1)
#254 - Feb 2021
Cellulose Synthase
similarity (1)
#241 - Jan 2020
Twenty Years of Molecules
similarity (20)
#68 - Aug 2005
Neurotrophins
similarity (2)
#122 - Feb 2010
Enhanceosome
similarity (1)
#166 - Oct 2013
Proteasome
similarity (2)
#146 - Feb 2012
Aminoglycoside Antibiotics
similarity (1)
#223 - Jul 2018
Piezo1 Mechanosensitive Channel
similarity (1)
#97 - Jan 2008
Circadian Clock Proteins
similarity (1)

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Map

File

Download / File: emd_40220.map.gz / Format: CCP4 / Size: 1.3 GB / Type: IMAGE STORED AS FLOATING POINT NUMBER (4 BYTES)

Annotation

composite map of the 96 nm repeat from C. reinhardtii

Voxel size

X=Y=Z: 1.36 Å

Density

Contour Level	By AUTHOR: 0.01
Minimum - Maximum	0.0 - 0.1456017
Average (Standard dev.)	0.001675494 (±0.0051481063)

Symmetry

Space group: 1

Details

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Supplemental data

+
Additional map: position 1 of DMT - focused refinement 1 - postprocess

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Additional map: position 1 of DMT - focused refinement 3 - postprocess

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Additional map: position 4 of DMT - focused refinement 4 - postprocess

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Additional map: position 4 of DMT - focused refinement 4 - mask

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Additional map: position 4 of DMT - focused refinement 3 - postprocess

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Additional map: position 4 of DMT - focused refinement 3 - half map 1

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Additional map: position 4 of DMT - focused refinement 3 - half map 2

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Additional map: position 4 of DMT - focused refinement 4 - half map 1

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Additional map: position 4 of DMT - focused refinement 1 - mask

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Additional map: position 4 of DMT - focused refinement 3 - mask

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Additional map: position 4 of DMT - focused refinement 1 - postprocess

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Additional map: position 4 of DMT - focused refinement 2 - postprocess

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Additional map: position 1 of DMT - focused refinement 3 - half map 2

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Additional map: position 4 of DMT - focused refinement 2 - half map 1

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Additional map: position 4 of DMT - focused refinement 2 - half map 2

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Additional map: position 4 of DMT - focused refinement 2 - mask

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Additional map: position 4 of DMT - focused refinement 6 - half map 2

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Additional map: position 4 of DMT - focused refinement 7 - half map 1

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Additional map: position 4 of DMT - focused refinement 6 - postprocess

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Additional map: position 4 of DMT - focused refinement 5 - postprocess

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Additional map: position 4 of DMT - focused refinement 5 - mask

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Additional map: position 4 of DMT - focused refinement 7 - mask

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Additional map: position 4 of DMT - focused refinement 7 - postprocess

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Additional map: position 1 of DMT - focused refinement 3 - mask

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Additional map: position 4 of DMT - focused refinement 8 - half map 1

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Additional map: position 4 of DMT - focused refinement 5 - half map 1

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Additional map: position 4 of DMT - focused refinement 8 - half map 2

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Additional map: position 4 of DMT - focused refinement 6 - half map 1

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Additional map: position 4 of DMT - focused refinement 8 - mask

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Additional map: position 4 of DMT - focused refinement 8 - postprocess

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Additional map: position 4 of DMT - focused refinement 5 - half map 2

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Additional map: position 4 of DMT - focused refinement 7 - half map 2

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Additional map: position 4 of DMT - focused refinement 6 - mask

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Additional map: NDRC closed conformation consensus - postprocess

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Additional map: position 1 of DMT - focused refinement 4 - postprocess

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Additional map: N-DRC baseplate - focused refinement 3 - postprocess

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Additional map: ODA1 core connection with IDAf - half map 2

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Additional map: ODA1 core connection with IDAf - mask

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Additional map: N-DRC linker - distal lobe - half map 2

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Additional map: NDRC closed conformation consensus - half map 1

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Additional map: N-DRC linker - central region - mask

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Additional map: N-DRC baseplate - focused refinement 1 - half map 1

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Additional map: N-DRC linker - proximal lobe - mask

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Additional map: ODA beta heavy chain motor - half map 2

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Additional map: ODA beta heavy chain motor - half map 1

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Additional map: position 1 of DMT - focused refinement 4 - half map 2

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Additional map: N-DRC baseplate - focused refinement 2 - half map 2

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Additional map: ODA2 core connection with MIA - half map 2

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Additional map: N-DRC linker - distal lobe - postprocess

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Additional map: N-DRC baseplate - focused refinement 3 - mask

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Additional map: ODA beta heavy chain motor - mask

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Additional map: ODA2 core connection with MIA - mask

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Additional map: NDRC open conformation consensus - half map 1

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Additional map: NDRC open conformation - linker - mask

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Additional map: N-DRC linker - central region - half map 1

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Additional map: N-DRC linker - proximal lobe - half map 2

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Additional map: position 1 of DMT - focused refinement 4 - mask

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Additional map: N-DRC baseplate - focused refinement 1 - half map 2

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Additional map: ODA3 core connection with N-DRC - half map 2

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Additional map: ODA3 core connection with N-DRC - mask

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Additional map: N-DRC linker - distal lobe - half map 1

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Additional map: NDRC closed conformation consensus - mask

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Additional map: N-DRC linker - proximal lobe - half map 1

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Additional map: N-DRC linker - proximal lobe - postprocess

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Additional map: N-DRC baseplate - focused refinement 2 - half map 1

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Additional map: NDRC open conformation consensus - mask

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Additional map: N-DRC baseplate - focused refinement 2 - postprocess

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Additional map: position 1 of DMT - focused refinement 3 - half map 1

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Additional map: N-DRC baseplate - focused refinement 3 - half map 1

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Additional map: NDRC closed conformation consensus - half map 2

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Additional map: N-DRC baseplate - focused refinement 2 - mask

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Additional map: N-DRC baseplate - focused refinement 1 - postprocess

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Additional map: N-DRC linker - central region - postprocess

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Additional map: N-DRC linker - distal lobe - mask

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Additional map: N-DRC baseplate - focused refinement 3 - half map 2

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Additional map: ODA3 core connection with N-DRC - postprocess

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Additional map: NDRC open conformation - linker - half map 1

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Additional map: NDRC open conformation - linker - half map 2

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Additional map: position 1 of DMT - focused refinement 5 - half map 2

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Additional map: N-DRC linker - central region - half map 2

+
Additional map: N-DRC baseplate - focused refinement 1 - mask

+
Additional map: ODA2 core connection with MIA - postprocess

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Additional map: ODA3 core connection with N-DRC - half map 1

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Additional map: NDRC open conformation consensus - half map 2

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Additional map: ODA beta heavy chain motor - postprocess

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Additional map: NDRC open conformation - linker - postprocess

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Additional map: ODA1 core connection with IDAf - postprocess

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Additional map: ODA2 core connection with MIA - half map 1

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Additional map: ODA1 core connection with IDAf - half map 1

+
Additional map: position 1 of DMT - focused refinement 7 - half map 2

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Additional map: NDRC open conformation consensus - postprocess

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Additional map: Tetherhead complex connection with inner junction - half map 1

File

emd_40220_additional_181.map

Annotation

Tetherhead complex connection with inner junction - half map 1

Projections & Slices

Axes	Z	Y	X
Projections
Slices (1/2)

Density Histograms

Histogram

Histogram (log scale)

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Additional map: Tetherhead complex connection with inner junction - postprocess

File

emd_40220_additional_182.map

Annotation

Tetherhead complex connection with inner junction - postprocess

Projections & Slices

Axes	Z	Y	X
Projections
Slices (1/2)

Density Histograms

Histogram

Histogram (log scale)

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Additional map: IDAa base - postprocess

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Additional map: Tetherhead complex connection with IDAf motors - mask

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Additional map: IDAa base - half map 1

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Additional map: Tetherhead complex connection with IDAf motors - half map 1

File

emd_40220_additional_186.map

Annotation

Tetherhead complex connection with IDAf motors - half map 1

Projections & Slices

Axes	Z	Y	X
Projections
Slices (1/2)

Density Histograms

Histogram

Histogram (log scale)

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Additional map: IDAa base - half map 2

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Additional map: Tetherhead complex connection with IDAf motors - half map 2

File

emd_40220_additional_188.map

Annotation

Tetherhead complex connection with IDAf motors - half map 2

Projections & Slices

Axes	Z	Y	X
Projections
Slices (1/2)

Density Histograms

Histogram

Histogram (log scale)

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Additional map: Tetherhead complex connection with inner junction - half map 2

File

emd_40220_additional_189.map

Annotation

Tetherhead complex connection with inner junction - half map 2

Projections & Slices

Axes	Z	Y	X
Projections
Slices (1/2)

Density Histograms

Histogram

Histogram (log scale)

+
Additional map: position 1 of DMT - focused refinement 6 - postprocess

+
Additional map: IDAa base - mask

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Additional map: Tetherhead complex connection with IDAf motors - postprocess

File

emd_40220_additional_191.map

Annotation

Tetherhead complex connection with IDAf motors - postprocess

Projections & Slices

Axes	Z	Y	X
Projections
Slices (1/2)

Density Histograms

Histogram

Histogram (log scale)

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Additional map: Tetherhead complex connection with inner junction - mask

+
Additional map: IDAf distal half - focused refinement 2 - half map 2

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Additional map: MIA / FAP57 connection - half map 1

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Additional map: IDAa motor - postprocess

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Additional map: MIA / FAP57 connection - half map 2

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Additional map: IDAc - half map 1

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Additional map: IDAa motor - half map 2

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Additional map: IDAa motor - mask

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Additional map: position 1 of DMT - focused refinement 1 - half map 1

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Additional map: position 1 of DMT - focused refinement 6 - half map 2

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Additional map: IDAf IC/LC region - half map 2

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Additional map: MIA / FAP57 connection - mask

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Additional map: IDAb - half map 2

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Additional map: MIA / FAP189 connection - mask

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Additional map: IDAc - postprocess

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Additional map: IDAf distal half - focused refinement 2 - half map 1

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Additional map: MIA / FAP57 connection - postprocess

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Additional map: IDAd motor - half map 1

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Additional map: IDAd base with RS3S - half map 1

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Additional map: IDAc - mask

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Additional map: position 1 of DMT - focused refinement 8 - postprocess

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Additional map: IDAe - half map 1

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Additional map: MIA / FAP189 connection - half map 2

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Additional map: IDAf distal half - focused refinement 1 - mask

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Additional map: IDAb - mask

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Additional map: IDAf distal half - focused refinement 1 - postprocess

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Additional map: MIA / FAP189 connection - postprocess

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Additional map: IDAf distal half - focused refinement 1 - half map 1

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Additional map: IDAe - mask

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Additional map: IDAb - postprocess

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Additional map: IDAf distal half - focused refinement 2 - postprocess

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Additional map: position 1 of DMT - focused refinement 5 - postprocess

+
Additional map: MIA / FAP189 connection - half map 1

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Additional map: IDAf distal half - focused refinement 2 - mask

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Additional map: IDAd motor - mask

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Additional map: IDAd base with RS3S - postprocess

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Additional map: IDAf IC/LC region - half map 1

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Additional map: IDAe - postprocess

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Additional map: IDAd base with RS3S - half map 2

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Additional map: IDAb - half map 1

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Additional map: IDAc - half map 2

+
Additional map: IDAe - half map 2

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Additional map: position 1 of DMT - focused refinement 8 - mask

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Additional map: IDAa motor - half map 1

+
Additional map: IDAd base with RS3S - mask

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Additional map: IDAf IC/LC region - mask

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Additional map: IDAd motor - postprocess

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Additional map: IDAd motor - half map 2

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Additional map: IDAf IC/LC region - postprocess

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Additional map: IDAf distal half - focused refinement 1 - half map 2

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Additional map: IDAg motor - half map 1

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Additional map: IDAg base - postprocess

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Additional map: distal protrusion - half map 1

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Additional map: position 1 of DMT - focused refinement 6 - mask

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Additional map: IDAf closed conformation - core - half map 1

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Additional map: IDAf open conformation - motors - postprocess

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Additional map: IDAf open conformation - core - half map 2

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Additional map: IDAf closed conformation - motors - half map 2

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Additional map: IDAf closed conformation - motors - mask

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Additional map: IDAf open conformation - core - postprocess

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Additional map: IDAf open conformation - motors - mask

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Additional map: IDAf open conformation - core - half map 1

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Additional map: IDAf open conformation - core - mask

+
Additional map: IDAg base - half map 1

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Additional map: position 1 of DMT - focused refinement 8 - half map 2

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Additional map: IDAf closed conformation - motors - half map 1

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Additional map: distal protrusion - mask

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Additional map: IDAf closed conformation - core - postprocess

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Additional map: IDAf open conformation - motors - half map 2

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Additional map: IDAg base - mask

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Additional map: IDAf open conformation - motors - half map 1

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Additional map: IDAf closed conformation - motors - postprocess

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Additional map: IDAf closed conformation - core - mask

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Additional map: IDAg base - half map 2

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Additional map: position 1 of DMT - focused refinement 7 - mask

+
Additional map: IDAf closed conformation - core - half map 2

+
Additional map: distal protrusion - half map 2

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Additional map: distal protrusion - postprocess

+
Additional map: IDAg base - mask

+
Additional map: IDAg base - postprocess

+
Additional map: position 1 of DMT - focused refinement 6 - half map 1

+
Additional map: position 1 of DMT - focused refinement 7 - half map 1

+
Additional map: position 1 of DMT - focused refinement 5 - half map 1

+
Additional map: position 1 of DMT - focused refinement 2 - postprocess

+
Additional map: position 1 of DMT - focused refinement 5 - mask

+
Additional map: position 1 of DMT - focused refinement 7 - postprocess

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Additional map: position 1 of DMT - focused refinement 8 - half map 1

+
Additional map: position 2 of DMT - focused refinement 1 - postprocess

+
Additional map: position 2 of DMT - focused refinement 1 - half map 1

+
Additional map: position 2 of DMT - focused refinement 1 - mask

+
Additional map: position 2 of DMT - focused refinement 1 - half map 2

+
Additional map: position 2 of DMT - focused refinement 4 - postprocess

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Additional map: position 2 of DMT - focused refinement 4 - mask

+
Additional map: position 2 of DMT - focused refinement 4 - half map 2

+
Additional map: position 1 of DMT - focused refinement 1 - mask

+
Additional map: position 2 of DMT - focused refinement 3 - half map 2

+
Additional map: position 2 of DMT - focused refinement 3 - half map 1

+
Additional map: position 2 of DMT - focused refinement 3 - mask

+
Additional map: position 2 of DMT - focused refinement 2 - mask

+
Additional map: position 2 of DMT - focused refinement 2 - postprocess

+
Additional map: position 2 of DMT - focused refinement 4 - half map 1

+
Additional map: position 2 of DMT - focused refinement 2 - half map 1

+
Additional map: position 2 of DMT - focused refinement 2 - half map 2

+
Additional map: position 2 of DMT - focused refinement 3 - postprocess

+
Additional map: position 2 of DMT - focused refinement 7 - mask

+
Additional map: position 1 of DMT - focused refinement 2 - half map 2

+
Additional map: position 2 of DMT - focused refinement 8 - postprocess

+
Additional map: position 2 of DMT - focused refinement 8 - half map 2

+
Additional map: position 2 of DMT - focused refinement 7 - half map 1

+
Additional map: position 2 of DMT - focused refinement 5 - half map 1

+
Additional map: position 2 of DMT - focused refinement 5 - half map 2

+
Additional map: position 2 of DMT - focused refinement 8 - half map 1

+
Additional map: position 2 of DMT - focused refinement 5 - mask

+
Additional map: position 2 of DMT - focused refinement 6 - half map 1

+
Additional map: position 2 of DMT - focused refinement 6 - half map 2

+
Additional map: position 2 of DMT - focused refinement 6 - postprocess

+
Additional map: position 1 of DMT - focused refinement 2 - half map 1

+
Additional map: position 2 of DMT - focused refinement 7 - half map 2

+
Additional map: position 2 of DMT - focused refinement 7 - postprocess

+
Additional map: position 2 of DMT - focused refinement 8 - mask

+
Additional map: position 2 of DMT - focused refinement 6 - mask

+
Additional map: position 2 of DMT - focused refinement 5 - postprocess

+
Additional map: position 3 of DMT - focused refinement 4 - mask

+
Additional map: position 3 of DMT - focused refinement 3 - half map 1

+
Additional map: position 3 of DMT - focused refinement 3 - postprocess

+
Additional map: position 3 of DMT - focused refinement 3 - mask

+
Additional map: position 3 of DMT - focused refinement 1 - postprocess

+
Additional map: position 1 of DMT - focused refinement 1 - half map 2

+
Additional map: position 3 of DMT - focused refinement 3 - half map 2

+
Additional map: position 3 of DMT - focused refinement 2 - mask

+
Additional map: position 3 of DMT - focused refinement 4 - postprocess

+
Additional map: position 3 of DMT - focused refinement 4 - half map 1

+
Additional map: position 3 of DMT - focused refinement 4 - half map 2

+
Additional map: position 3 of DMT - focused refinement 2 - postprocess

+
Additional map: position 3 of DMT - focused refinement 1 - mask

+
Additional map: position 3 of DMT - focused refinement 2 - half map 1

+
Additional map: position 3 of DMT - focused refinement 1 - half map 2

+
Additional map: position 3 of DMT - focused refinement 1 - half map 1

+
Additional map: position 1 of DMT - focused refinement 2 - mask

+
Additional map: position 3 of DMT - focused refinement 2 - half map 2

+
Additional map: position 3 of DMT - focused refinement 7 - mask

+
Additional map: position 3 of DMT - focused refinement 7 - postprocess

+
Additional map: position 3 of DMT - focused refinement 5 - mask

+
Additional map: position 3 of DMT - focused refinement 6 - postprocess

+
Additional map: position 3 of DMT - focused refinement 6 - mask

+
Additional map: position 3 of DMT - focused refinement 8 - mask

+
Additional map: position 3 of DMT - focused refinement 8 - postprocess

+
Additional map: position 3 of DMT - focused refinement 5 - postprocess

+
Additional map: position 3 of DMT - focused refinement 7 - half map 1

+
Additional map: position 1 of DMT - focused refinement 4 - half map 1

+
Additional map: position 3 of DMT - focused refinement 5 - half map 1

+
Additional map: position 3 of DMT - focused refinement 8 - half map 2

+
Additional map: position 3 of DMT - focused refinement 8 - half map 1

+
Additional map: position 3 of DMT - focused refinement 7 - half map 1

+
Additional map: position 3 of DMT - focused refinement 5 - half map 2

+
Additional map: position 3 of DMT - focused refinement 6 - half map 1

+
Additional map: position 3 of DMT - focused refinement 6 - half map 2

+
Additional map: position 4 of DMT - focused refinement 1 - half map 1

+
Additional map: position 4 of DMT - focused refinement 4 - half map 2

+
Additional map: position 4 of DMT - focused refinement 1 - half map 2

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Sample components

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Entire : 96-nm repeat unit of doublet microtubules from the flagella of Ch...

Entire

Name: 96-nm repeat unit of doublet microtubules from the flagella of Chlamydomonas reinhardtii

Components

Complex: 96-nm repeat unit of doublet microtubules from the flagella of Chlamydomonas reinhardtii
- Protein or peptide: Tubulin beta
- Protein or peptide: Tubulin alpha
- Protein or peptide: PACRG
- Protein or peptide: Cilia- and flagella-associated protein 20
- Protein or peptide: Meiosis-specific nuclear structural protein 1
- Protein or peptide: Flagellar associated protein
- Protein or peptide: Coiled-coil protein associated with protofilament ribbonsCoiled coil
- Protein or peptide: Cilia- and flagella-associated protein 45
- Protein or peptide: FAP34
- Protein or peptide: Flagellar associated protein
- Protein or peptide: Protein Flattop homolog
- Protein or peptide: FAP52
- Protein or peptide: Nucleoside diphosphate kinaseNucleoside-diphosphate kinase
- Protein or peptide: Flagellar associated protein
- Protein or peptide: Flagellar associated protein
- Protein or peptide: Flagellar associated protein
- Protein or peptide: FAP143
- Protein or peptide: Flagellar associated protein
- Protein or peptide: FAP166
- Protein or peptide: Flagellar associated protein
- Protein or peptide: FAP339
- Protein or peptide: Protofilament ribbon protein of flagellar microtubules
- Protein or peptide: Flagellar associated protein
- Protein or peptide: Flagellar associated protein
- Protein or peptide: Flagellar associated protein
- Protein or peptide: Flagellar associated protein
- Protein or peptide: FAP129
- Protein or peptide: FAP21
- Protein or peptide: Flagellar associated protein
- Protein or peptide: Flagellar associated protein
- Protein or peptide: FAP306
- Protein or peptide: Flagellar associated protein
- Protein or peptide: Flagellar associated protein
- Protein or peptide: Dynein axonemal light chain 1
- Protein or peptide: Outer dynein arm-docking complex subunit 1
- Protein or peptide: Outer dynein arm-docking complex protein DC3
- Protein or peptide: Dynein gamma chain, flagellar outer arm
- Protein or peptide: IC97/Casc1 N-terminal domain-containing protein
- Protein or peptide: Axonemal inner arm I1 intermediate chain dynein IC138
- Protein or peptide: IC140
- Protein or peptide: Axonemal inner arm dynein I1/f subunit
- Protein or peptide: Dynein light chain roadblock LC7b
- Protein or peptide: Dynein light chain roadblock LC7a
- Protein or peptide: Dynein 8 kDa light chain, flagellar outer arm
- Protein or peptide: Dynein light chain Tctex1
- Protein or peptide: Inner arm dynein light chain
- Protein or peptide: Dynein light chain 10
- Protein or peptide: Cilia- and flagella-associated protein 73
- Protein or peptide: Cilia- and flagella-associated protein 100
- Protein or peptide: Dynein, 78 kDa intermediate chain, flagellar outer arm
- Protein or peptide: WD_REPEATS_REGION domain-containing protein
- Protein or peptide: Flagellar outer dynein arm light chain 2
- Protein or peptide: Dynein 18 kDa light chain, flagellar outer arm
- Protein or peptide: Dynein 11 kDa light chain, flagellar outer arm
- Protein or peptide: Dynein light chain 9
- Protein or peptide: Outer dynein arm protein 1
- Protein or peptide: AAA+ ATPase domain-containing protein
- Protein or peptide: Dynein-1-beta heavy chain, flagellar inner arm I1 complex
- Protein or peptide: WD_REPEATS_REGION domain-containing protein
- Protein or peptide: Inner-arm dynein f/I1 light chain
- Protein or peptide: Heavy chain alpha
- Protein or peptide: Flagellar outer dynein arm heavy chain beta
- Protein or peptide: Dynein 14 kDa light chain, flagellar outer arm
- Protein or peptide: Dynein 16 kDa light chain, flagellar outer arm
- Protein or peptide: FAP44
- Protein or peptide: FAP43
- Protein or peptide: Dynein regulatory complex protein 1
- Protein or peptide: Dynein regulatory complex subunit 2
- Protein or peptide: Dynein regulatory complex subunit 6
- Protein or peptide: Dynein regulatory complex subunit 4
- Protein or peptide: Dynein regulatory complex protein 8
- Protein or peptide: ATPase AAA-type core domain-containing protein
- Protein or peptide: Flagellar associated protein
- Protein or peptide: Dynein regulatory complex subunit 3
- Protein or peptide: Dynein regulatory complex protein 9
- Protein or peptide: Dynein regulatory complex protein 10
- Protein or peptide: DRC5
- Protein or peptide: DUF4201 domain-containing protein
- Protein or peptide: Calmodulin
- Protein or peptide: CaltractinCentrin
- Protein or peptide: AAA+ ATPase domain-containing protein
- Protein or peptide: DUF4201 domain-containing protein
- Protein or peptide: Cilia- and flagella-associated protein 299
- Protein or peptide: Cilia- and flagella-associated protein 53
- Protein or peptide: FAP210
- Protein or peptide: Actin
- Protein or peptide: Flagellar radial spoke protein 5
- Protein or peptide: Flagellar radial spoke protein 1
- Protein or peptide: Flagellar radial spoke protein 2
- Protein or peptide: Radial spoke protein 3
- Protein or peptide: Radial spoke protein 4
- Protein or peptide: Flagellar radial spoke protein 6
- Protein or peptide: Radial spoke protein 7
- Protein or peptide: Radial spoke protein 9
- Protein or peptide: Radial spoke protein 10
- Protein or peptide: Radial spoke protein 11
- Protein or peptide: Peptidyl-prolyl cis-trans isomeraseProlyl isomerase
- Protein or peptide: Radial spoke protein 14
- Protein or peptide: Radial spoke protein 16
- Protein or peptide: UNKNOWN
- Protein or peptide: Nucleoside diphosphate kinase 6Nucleoside-diphosphate kinase
- Protein or peptide: Cytochrome b5 heme-binding domain-containing protein
- Protein or peptide: FAP385
- Protein or peptide: FAP207
- Protein or peptide: FAP253
- Protein or peptide: 28 kDa inner dynein arm light chain, axonemal
- Protein or peptide: AAA+ ATPase domain-containing protein
- Protein or peptide: UNKNOWN
- Protein or peptide: Radial spoke protein 15
- Protein or peptide: Radial spike protein 8
- Protein or peptide: DHC_N2 domain-containing protein
- Protein or peptide: Flagellar-associated protein 59
- Protein or peptide: Flagellar-associated protein 172
- Protein or peptide: Flagellar associated protein
- Protein or peptide: Cilia- and flagella-associated protein 58
- Protein or peptide: FAP251
- Protein or peptide: Cilia- and flagella-associated protein 61
- Protein or peptide: DHC2
- Protein or peptide: Subunit of axonemal inner dynein
- Protein or peptide: Subunit of axonemal inner dynein
- Protein or peptide: CFAP91 domain-containing protein
- Protein or peptide: AAA+ ATPase domain-containing protein
- Protein or peptide: AAA+ ATPase domain-containing protein
- Protein or peptide: Cilia- and flagella-associated protein 77
- Protein or peptide: Flagellar associated protein
- Protein or peptide: Flagellar associated protein
- Protein or peptide: FAP1
Ligand: GUANOSINE-5'-TRIPHOSPHATEGuanosine triphosphate
Ligand: GUANOSINE-5'-DIPHOSPHATE
Ligand: MAGNESIUM ION

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Supramolecule #1: 96-nm repeat unit of doublet microtubules from the flagella of Ch...

Supramolecule	Name: 96-nm repeat unit of doublet microtubules from the flagella of Chlamydomonas reinhardtii type: complex / ID: 1 / Parent: 0 / Macromolecule list: #1-#127
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)

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Macromolecule #1: Tubulin beta

Macromolecule	Name: Tubulin beta / type: protein_or_peptide / ID: 1 / Number of copies: 340 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 49.665809 KDa
Sequence	String: MREIVHIQGG QCGNQIGAKF WEVVSDEHGI DPTGTYHGDS DLQLERINVY FNEATGGRYV PRAILMDLEP GTMDSVRSGP YGQIFRPDN FVFGQTGAGN NWAKGHYTEG AELIDSVLDV VRKEAESCDC LQGFQVCHSL GGGTGSGMGT LLISKIREEY P DRMMLTFS ...String: MREIVHIQGG QCGNQIGAKF WEVVSDEHGI DPTGTYHGDS DLQLERINVY FNEATGGRYV PRAILMDLEP GTMDSVRSGP YGQIFRPDN FVFGQTGAGN NWAKGHYTEG AELIDSVLDV VRKEAESCDC LQGFQVCHSL GGGTGSGMGT LLISKIREEY P DRMMLTFS VVPSPKVSDT VVEPYNATLS VHQLVENADE CMVLDNEALY DICFRTLKLT TPTFGDLNHL ISAVMSGITC CL RFPGQLN ADLRKLAVNL IPFPRLHFFM VGFTPLTSRG SQQYRALTVP ELTQQMWDAK NMMCAADPRH GRYLTASALF RGR MSTKEV DEQMLNVQNK NSSYFVEWIP NNVKSSVCDI PPKGLKMSAT FIGNSTAIQE MFKRVSEQFT AMFRRKAFLH WYTG EGMDE MEFTEAESNM NDLVSEYQQY QDASAEEEGE FEGEEEEA

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Macromolecule #2: Tubulin alpha

Macromolecule	Name: Tubulin alpha / type: protein_or_peptide / ID: 2 / Number of copies: 337 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 49.638008 KDa
Sequence	String: MREVISIHIG QAGIQVGNAC WELYCLEHGI QPDGQMPSDK TIGGGDDAFN TFFSETGAGK HVPRCIFLDL EPTVVDEVRT GTYRQLFHP EQLISGKEDA ANNFARGHYT IGKEIVDLAL DRIRKLADNC TGLQGFLVFN AVGGGTGSGL GSLLLERLSV D YGKKSKLG ...String: MREVISIHIG QAGIQVGNAC WELYCLEHGI QPDGQMPSDK TIGGGDDAFN TFFSETGAGK HVPRCIFLDL EPTVVDEVRT GTYRQLFHP EQLISGKEDA ANNFARGHYT IGKEIVDLAL DRIRKLADNC TGLQGFLVFN AVGGGTGSGL GSLLLERLSV D YGKKSKLG FTVYPSPQVS TAVVEPYNSV LSTHSLLEHT DVAVMLDNEA IYDICRRSLD IERPTYTNLN RLIAQVISSL TA SLRFDGA LNVDITEFQT NLVPYPRIHF MLSSYAPIIS AEKAYHEQLS VAEITNAAFE PASMMVKCDP RHGKYMACCL MYR GDVVPK DVNASVATIK TKRTIQFVDW CPTGFKCGIN YQPPTVVPGG DLAKVQRAVC MISNSTAIGE IFSRLDHKFD LMYA KRAFV HWYVGEGMEE GEFSEAREDL AALEKDFEEV GAESAEGAGE GEGEEY

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Macromolecule #3: PACRG

Macromolecule	Name: PACRG / type: protein_or_peptide / ID: 3 / Number of copies: 15 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 34.215148 KDa
Sequence	String: MNGDVAGSLF TSTYRNVKLA GKAPPAANLS GTGSCFDTTS LSPARAGAHK ALDVQKDELP VWSKSTLSYK YPAGRPNPTG FLKKGDGEM IKTKTGGFEE RKPSPPQAGA YKRRENPPNT AFRRFYERGD LPIAVDHRGS KNMIAWKVDI EKLDYHHYLP I FFDGIRET ...String: MNGDVAGSLF TSTYRNVKLA GKAPPAANLS GTGSCFDTTS LSPARAGAHK ALDVQKDELP VWSKSTLSYK YPAGRPNPTG FLKKGDGEM IKTKTGGFEE RKPSPPQAGA YKRRENPPNT AFRRFYERGD LPIAVDHRGS KNMIAWKVDI EKLDYHHYLP I FFDGIRET QEPYRFLAVK GVEDMLRVGG SKILPVIPQL IIPIKTALNT RDHSVMCITL QLLQKLVLSA DLVGEALVPY YR QILPIFN LYKNKNKNLG DGIDYGQRNY DCLGELIADT LALFEQKGGD DAFINIKYMV PTYESSVNYA

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Macromolecule #4: Cilia- and flagella-associated protein 20

Macromolecule	Name: Cilia- and flagella-associated protein 20 / type: protein_or_peptide / ID: 4 / Number of copies: 15 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 22.193566 KDa
Sequence	String: MFKNAFQSGF LSVLYSIGSK PLEIWDKQVS NGHIKRITDA DIQSSVLEIM GQNVSTTYIT CPADPNKTLG IKLPFLVLII KNLNKYFSF EVQVLDDKNV RRRFRASNYQ STTRVKPFIC TMPMRLDSGW NQIQFNLSDF TRRAYGTNYI ETLRVQVHAN C RIRRIYFS DRLYSEEELP AEFKLFLPIQ KS

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Macromolecule #5: Meiosis-specific nuclear structural protein 1

Macromolecule	Name: Meiosis-specific nuclear structural protein 1 / type: protein_or_peptide / ID: 5 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 59.870238 KDa
Sequence	String: MSACDCTCHD GGTRAPKRGH LARAVEQREA ARRIAEAAKS EINRYFNDQK VYDTVAANAV KDDFKRKGRE FKERASEAQM LESLYQSER QKTLNAIRAE EEERIAVAMA RKQQEKDRSE REVQRLREQS DELRSLAEKI RVARVNKERS DQLVEKKIIG E QQQEYDRA ...String: MSACDCTCHD GGTRAPKRGH LARAVEQREA ARRIAEAAKS EINRYFNDQK VYDTVAANAV KDDFKRKGRE FKERASEAQM LESLYQSER QKTLNAIRAE EEERIAVAMA RKQQEKDRSE REVQRLREQS DELRSLAEKI RVARVNKERS DQLVEKKIIG E QQQEYDRA FNQFVAGAAA EAEAQEQENQ AKRREANVRA RMVLEEQMQE KAEAARLAEL EAVRERAMID EVVRRIMEED AA EMATKRQ RQEETKDFIS HFLEQQDELR RKEREAAAAE DKKIQEYWQS VREREREEAE RKAMRKEIAD RMYEKVKREM EAE MARREE EEELINMLRQ EELEAKRRQE DEDRKRKAEE SKEEMRRANE YQMKLKEERE AAFRAEEEAF RQRMLAKFAE DEKL EQMNA QKRRMRMAEH AREVQRLIDE KRQAFEAAKA REEAEDAAKR SEDDRVRGLV EEERKKLLRE AAELKDFLPR GVLRD QADV DFISNVLEEM ALNRAKATQG

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Macromolecule #6: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 6 / Number of copies: 3 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 53.126352 KDa
Sequence	String: MPSPAREKLM TIKAMEEAKG RSQHARAPAI FRDTALDTHK SIQPEYFGPS TVPEKKEFST RLSSGRTRSV TKHQRAAMEA LQRTSQMAG QGEVRTVFMP TAEQMPVCAA AGERRGNVAN SEWALLDTLE VNLYLNEKDA RLRSQKAVQQ TQRAILDTQV G MLAQAKLA ...String: MPSPAREKLM TIKAMEEAKG RSQHARAPAI FRDTALDTHK SIQPEYFGPS TVPEKKEFST RLSSGRTRSV TKHQRAAMEA LQRTSQMAG QGEVRTVFMP TAEQMPVCAA AGERRGNVAN SEWALLDTLE VNLYLNEKDA RLRSQKAVQQ TQRAILDTQV G MLAQAKLA AETAKAAERV ELLATVAAHQ AEERQRAEEQ RAALTRLRTD REAMLAETRV QREAALSRKR EEEAKLVAAA QA QLEADRQ AAARKAAELK EQAAKTMADN EARLVARKAA EAAQRVADAE TTKRMIEMAE AQDRARDRNM KSFHDMIQAR ARG VGQKAV DDRRDRLERE ERLIAEAERA AAQREAERAA AEAERKARLK SDLVSGNEAL KRAKAEKLAV EREAEARERA AAEQ RVLAE KEAAERQMAG MRERATATKR FVAGQAAAVA ERAKTDDIFM SEQERLLNKR LLEQAVATVQ RPMQYSVKLY

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Macromolecule #7: Coiled-coil protein associated with protofilament ribbons

Macromolecule	Name: Coiled-coil protein associated with protofilament ribbons type: protein_or_peptide / ID: 7 / Number of copies: 6 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 42.712711 KDa
Sequence	String: MGRLVAQVPN EDPERLKRVL DAKWRTIGVD KETLELQAQE KKDREQAEKD RDEAFARLTA YFDDQLTLMQ QEADQIRKAY NHDTEAFRQ QQQLKHTRRE WDINRPDAKQ LDMPGRVGDD DNRLGPSSLQ KFDGEDLTAG DRKKAQIEQS VNWWAEQTAI R DALRAAEK ...String: MGRLVAQVPN EDPERLKRVL DAKWRTIGVD KETLELQAQE KKDREQAEKD RDEAFARLTA YFDDQLTLMQ QEADQIRKAY NHDTEAFRQ QQQLKHTRRE WDINRPDAKQ LDMPGRVGDD DNRLGPSSLQ KFDGEDLTAG DRKKAQIEQS VNWWAEQTAI R DALRAAEK EAETAHAELV KYQDLLQQTA KSEEAAVRRE VARATADYNK RLAEEKRLRE YAAKQADLAA NMAEMEATIT SS FMTEDPN MAASSMSAYR VRKDHYKGMT ETEKQAILDA QLAQMEEKKA RRAQEQLENM MYARTQHDIQ RALQEQAQRV DDF KKAQMA RASEILKKQQ EEKAERDKHL ASLYRNKMAP EFFTQFGTSH R

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Macromolecule #8: Cilia- and flagella-associated protein 45

Macromolecule	Name: Cilia- and flagella-associated protein 45 / type: protein_or_peptide / ID: 8 / Number of copies: 7 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 59.041469 KDa
Sequence	String: MPQTPPRSGG YRSGKQSYVD ESLFGGSKRT GAAQVETLDS LKLTAPTRTI SPKDRDVVTL TKGDLTRMLK ASPIMTAEDV AAAKREAEA KREQLQAVSK ARKEKMLKLE EEAKKQAPPT ETEILQRQLN DATRSRATHM MLEQKDPVKH MNQMMLYSKC V TIRDAQIE ...String: MPQTPPRSGG YRSGKQSYVD ESLFGGSKRT GAAQVETLDS LKLTAPTRTI SPKDRDVVTL TKGDLTRMLK ASPIMTAEDV AAAKREAEA KREQLQAVSK ARKEKMLKLE EEAKKQAPPT ETEILQRQLN DATRSRATHM MLEQKDPVKH MNQMMLYSKC V TIRDAQIE EKKQMLAEEE EEQRRLDLMM EIERVKALEQ YEARERQRVE ERRKGAAVLS EQIKERERER IRQEELRDQE RL QMLREIE RLKEEEMQAQ IEKKIQAKQL MEEVAAANSE QIKRKEGMKV REKEEDLRIA DYILQKEMRE QSLAAEKERI AKE KEMETA RLRAMQERAA DKQSELDELR ARRYQEAKER EWRQKERAYA ERQASMQQEL ANARTAQQAS KLKQKAEMAR LEHD EFMRV LDVNRAKEYD ELQQTVNAMT LNSKYKEELL AQIQANEERR KRERSHYLEE GARLREAAEK ERQLLLQIKD RKLGE LESA GVPGKYRAEL EKMKIRS

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Macromolecule #9: FAP34

Macromolecule	Name: FAP34 / type: protein_or_peptide / ID: 9 / Number of copies: 3 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 29.859654 KDa
Sequence	String: MLNVTGGRRP VASWRTPPGF LERLADAWPA VLDGAVEQAG GDPARVTRDS FLAALREALP GLSAAEDDYA RQVSLSVIQQ VRGSNVFFP DLDYLQAALL QGRVPPQELD QPRSTLSLAT FTTTTRSGTK SLDLFKTTGV TWKIPKGFLN RYNDCNHEVL R RAAALVGA ...String: MLNVTGGRRP VASWRTPPGF LERLADAWPA VLDGAVEQAG GDPARVTRDS FLAALREALP GLSAAEDDYA RQVSLSVIQQ VRGSNVFFP DLDYLQAALL QGRVPPQELD QPRSTLSLAT FTTTTRSGTK SLDLFKTTGV TWKIPKGFLN RYNDCNHEVL R RAAALVGA RHDGARDVVA GVWGRVDVPT FVEACRQVLG EISADEEEYL IALASEQVQD GTAYIRDLPF LDKCIQNGKT PT SIKGPEL LPSIFLNDTT SGKTDGMTLR HTGGRIF

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Macromolecule #10: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 10 / Number of copies: 3 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 43.741223 KDa
Sequence	String: MLPTDTMKGT FAPGTTKRKT VNMYDTQSST FQPRPEGPFE AEHITDQPAA HEHFDTTREI KLKDPKGMDL PATSYVEHYP PKTALLPGE PLELALGGVP FTATSTYDNE FWNKPRAPRP VEPLTYTHRP GPMITRDTTN QDTYKPFEMA PQPGSMTGRP T RNATAPPP ...String: MLPTDTMKGT FAPGTTKRKT VNMYDTQSST FQPRPEGPFE AEHITDQPAA HEHFDTTREI KLKDPKGMDL PATSYVEHYP PKTALLPGE PLELALGGVP FTATSTYDNE FWNKPRAPRP VEPLTYTHRP GPMITRDTTN QDTYKPFEMA PQPGSMTGRP T RNATAPPP AMPSIYDTTY RAHYIPKEGE PRVGPGTIPP KDPLPWLNDG TTYRNDYAPK GLALLAPADY DPYNPFPFGG TT EYRAEYP AKEADPQLPP LTGVRSREGL ELPLPRRSLG VEFVHKGVSD RYFVLIPRTL DSPCSARQVF TTVHDNQEQA CIL ILYGDD PVASNNTLLG QFDIVNIPPA PKDVPRIEVT FHLSRDMFLT VEARDLDTAR HKRWLQRGDI VVLR

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Macromolecule #11: Protein Flattop homolog

Macromolecule	Name: Protein Flattop homolog / type: protein_or_peptide / ID: 11 / Number of copies: 8 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 15.435397 KDa
Sequence	String: MSRSYPGEQV EHAFNSKRLK NWEVPAVDKS QAISTSTGTR FGTLQPRSGR TQFIVDDNGH LKSGVPKLEK SAFNFTQTTP VFMDSAPRW PKENPTWPKN MKATMGYKGI QSNYLPTNTV TLKAVEVPGT TERNFNFM

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Macromolecule #12: FAP52

Macromolecule	Name: FAP52 / type: protein_or_peptide / ID: 12 / Number of copies: 8 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 68.546508 KDa
Sequence	String: MAEPLVLNSV IGFGGAIENG LIAHPDGRTI IYPLGSTIVL RDRADPRSQE FLQGHSDKVS CLALSRSGRY LASGQITYMG FTADIIIWD LESKQLIHRM ALHKVKVQAL DFSCDERFLA SLGGQDDNAL VLWDVASGNA ICGSPCNTNF TNCVKFFNNS P DKLITAGN ...String: MAEPLVLNSV IGFGGAIENG LIAHPDGRTI IYPLGSTIVL RDRADPRSQE FLQGHSDKVS CLALSRSGRY LASGQITYMG FTADIIIWD LESKQLIHRM ALHKVKVQAL DFSCDERFLA SLGGQDDNAL VLWDVASGNA ICGSPCNTNF TNCVKFFNNS P DKLITAGN FNMNVWTYDA GNNKLRPTDA TLGTLKRVFK SVVVDANDEY AYCGTTTGDV LQIALERVLF KNTGPAKGNV QM GVTATCE VPTGDILVGG GDGSLQVLRT VPEPSSTNPK LLRKMPALAG TKVEGAITSI ALADMNARGF TFFVGTAMCN IYK VTYEPA TSRLKEELVQ TAHNDKINGM AFPNEYSEVF ATCGTGFIRL WHLTTCRELL RIAVPNLECF CIAFTTDGSA ILSG WSDGK IRAFGPQSGK IIFTINDAHQ KAVTAIASTA DSSRILSGGE EGMVRVWRIG RTSQTLEASM KDHKGPVNCI RIKGS GDEC VSASSDGSCI LWDLHTFKRR TSLFANTFFK SVVYHPDESQ LVTAGTDRKV TYWDAYDGNA IRIIDGSDLD EVNALA VDR DGEALVSGGG DKLVKLWGYD EGHCYFVGVA HSGAITAVGV TPDKQRIVSV GTEGGIFIWD YQRPQTLADI

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Macromolecule #13: Nucleoside diphosphate kinase

Macromolecule	Name: Nucleoside diphosphate kinase / type: protein_or_peptide / ID: 13 / Number of copies: 5 / Enantiomer: LEVO / EC number: nucleoside-diphosphate kinase
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 41.994797 KDa
Sequence	String: MAANLRYCFI SEWLDPASGI LWKYQLFYYP ESKEVEMVDI KNRRHFLKRT KYEELKPSLL FLGSVVTVFS RQLKLTEYGD EFTRNRMES QSERTLAMIK PDAYKNMGKI INAICQSGFL ISKLRIGKLS KEEAGEFYAV HAGKPFVDRL TDFMSSGRVV A MELVAPGA ...String: MAANLRYCFI SEWLDPASGI LWKYQLFYYP ESKEVEMVDI KNRRHFLKRT KYEELKPSLL FLGSVVTVFS RQLKLTEYGD EFTRNRMES QSERTLAMIK PDAYKNMGKI INAICQSGFL ISKLRIGKLS KEEAGEFYAV HAGKPFVDRL TDFMSSGRVV A MELVAPGA IRKWRELIGP TDSNQARAEA PGSLRAQFGT DKTFNACHGS DAPDTAAEEC NFWFGPGRYP GKCDLAAGTT LC LVKPHLV ADGAAGLVID LIQESFEVTA GGLYNLDRNA AAEFLEVYKG VLPAGDFNSM VEQLTSGACI ALEVADRDGA DAV EPFRQL AGPLDPELGR VLRPASLRAR FGLDAVRNGV HCTDLPEDGV LEVNYFFTIL PTAS

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Macromolecule #14: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 14 / Number of copies: 3 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 22.228705 KDa
Sequence	String: MSFFGLTSFG PQDPVKDRVK TSHEYVFHTF PIEHYTDTFT KYTIGDSDIS VALEVDGATH IVRAKLGDIL KDILGRQPRK HELDAWFTH LDFDRSGVMG IDEYIKGVER LLEFSATGVT PATYSSFDTQ RTDWVRHTRV GYEAQQTLRG PMTTAQEVGW H TAKPAPPE ...String: MSFFGLTSFG PQDPVKDRVK TSHEYVFHTF PIEHYTDTFT KYTIGDSDIS VALEVDGATH IVRAKLGDIL KDILGRQPRK HELDAWFTH LDFDRSGVMG IDEYIKGVER LLEFSATGVT PATYSSFDTQ RTDWVRHTRV GYEAQQTLRG PMTTAQEVGW H TAKPAPPE TAQRRTLGST DVTQREGHTA ASYYGHFLG

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Macromolecule #15: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 15 / Number of copies: 8 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 27.019803 KDa
Sequence	String: MQEESVYALI PQPQEVPQRP AMHTSKFGGK THPAQFDFGQ NKVQPHATMG RPDGANGPAF LHAHEKEPKL PSPGPPSNPK QKIRPPVPA KEEKPTMGLT SNKNFITANA VDVILAKPGK VPQPEFQWTQ KPDYGKVPMY LKRNKDRVAK EKEHFTQYLR M REAPEANA ...String: MQEESVYALI PQPQEVPQRP AMHTSKFGGK THPAQFDFGQ NKVQPHATMG RPDGANGPAF LHAHEKEPKL PSPGPPSNPK QKIRPPVPA KEEKPTMGLT SNKNFITANA VDVILAKPGK VPQPEFQWTQ KPDYGKVPMY LKRNKDRVAK EKEHFTQYLR M REAPEANA HVSQLSPEDR QQLVRHLKAK WGSVNTAYQG LSLSVDSAVK KGRKEAMERE LAEIERDIRT LERGEVVLVV DD

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Macromolecule #16: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 16 / Number of copies: 15 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 26.647648 KDa
Sequence	String: MVADVTLESA MKRLKQHVYK QRVRVKDFIM DFDKLNSGYV FPNHFLSALS MAGIDKYLSP KELEVICETY KVQRDATLVM VDHRTFLHE LELVFTVPHL EKDPLVEVAT EPADLLDKTR YLKSSRVLQP PEREEAVQAV ICRLSDVCYK RGQPVKAFFD D AARDDHSA ...String: MVADVTLESA MKRLKQHVYK QRVRVKDFIM DFDKLNSGYV FPNHFLSALS MAGIDKYLSP KELEVICETY KVQRDATLVM VDHRTFLHE LELVFTVPHL EKDPLVEVAT EPADLLDKTR YLKSSRVLQP PEREEAVQAV ICRLSDVCYK RGQPVKAFFD D AARDDHSA KLFGHVTLPQ FRQVLTTKLD WVVSDPEVSL LAAKFLHEDK PEFINYIAFS CTVDPPERYY EQ

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Macromolecule #17: FAP143

Macromolecule	Name: FAP143 / type: protein_or_peptide / ID: 17 / Number of copies: 3 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 29.21652 KDa
Sequence	String: MAEETQPYTS YNKQDEVPTL IGNWVEEREL KELTGVTRNL AASQALKDTS DGTSPTRSLG DALTATHPRV IEHVQAQTHA ADWQSTVQA TYRPPSDATR NAAAYVNTSK MGPRERMLHE QLMREAQDLP PELQATLTGP AVPVTTASTY GADFHQHDLT G IVVGAKVM ...String: MAEETQPYTS YNKQDEVPTL IGNWVEEREL KELTGVTRNL AASQALKDTS DGTSPTRSLG DALTATHPRV IEHVQAQTHA ADWQSTVQA TYRPPSDATR NAAAYVNTSK MGPRERMLHE QLMREAQDLP PELQATLTGP AVPVTTASTY GADFHQHDLT G IVVGAKVM KDRDGRPAVR DPTFLAETQM MKKDAADRLM GETARQSGAR DTTMLPNPDV PVTIYTEAVA NKTYGGVFPG TT TLNTAAP FGKSTNFSKP MSDYSKVVVD E

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Macromolecule #18: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 18 / Number of copies: 5 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 42.849578 KDa
Sequence	String: MRDTTKYNAS CLIGNWAEDR ELQRAILKDM LSKKGTGTLK LDAFRTRMAA ALSDLELTKV ADDPYIHFGD VVQLVHVDTG CVLAGDPAD ADTRTGESTC AATAAPDVRA PCPRNSLILL PYVPPKTATA LEPPYDDAIV HYGQKVRLAL HPGAAGDPVD S GGGPRPVC ...String: MRDTTKYNAS CLIGNWAEDR ELQRAILKDM LSKKGTGTLK LDAFRTRMAA ALSDLELTKV ADDPYIHFGD VVQLVHVDTG CVLAGDPAD ADTRTGESTC AATAAPDVRA PCPRNSLILL PYVPPKTATA LEPPYDDAIV HYGQKVRLAL HPGAAGDPVD S GGGPRPVC LFSKPVSTTH AARYSRQQLV GFTARTDSFD CVWTVVTPDP AQRAAAEGVE VAAGAPVLLV HCATQKPLCL EA ARYPNDY GVELEVSARS ALGPGLKLAM EQMAMGVQKG FLPKGEQTDN YWTFVAGSKV EALPPPSAGG DEAYSFLDGL VLE LASRPG SLSLLERKLV TLENNQSLMS AEDFKLVLRQ VGSQLPEDGI AALLTRYAPA GSRPGTRLDA AAFRNDLRAA STAA GAR

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Macromolecule #19: FAP166

Macromolecule	Name: FAP166 / type: protein_or_peptide / ID: 19 / Number of copies: 5 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 23.303205 KDa
Sequence	String: MSLTLNGLDE SMRRMQGYEV TRAPEDVGNS IPNFKEGIFT YKGSRQAPWK SEQTHSFSLP NAYTARVLNG TIVHTGGATE MAITTHHTV ERPMMPPGTI RGSTWVKPQY IPTDDPALDE LHAVAYVVSP QLPALMDACN SYHLHSADGW ITTAGFMTAA R RAGLTLSR ...String: MSLTLNGLDE SMRRMQGYEV TRAPEDVGNS IPNFKEGIFT YKGSRQAPWK SEQTHSFSLP NAYTARVLNG TIVHTGGATE MAITTHHTV ERPMMPPGTI RGSTWVKPQY IPTDDPALDE LHAVAYVVSP QLPALMDACN SYHLHSADGW ITTAGFMTAA R RAGLTLSR AEYLALERAL TKDTMGRINY LQLEALVQAV TAADQTGEGG AEPAAE

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Macromolecule #20: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 20 / Number of copies: 16 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 39.507379 KDa
Sequence	String: MSGSTTKVPF TEPEWKIPGY TGYVQGLQET YKKTPVMAQL ETKDPSPESF IYTRTQTAPK PSPVRDPCNN PENFKKPQPG NLWPALQET AIQASFKPPT SNIALGDERI IPFRTSYGVD FKAPFNGTEQ LRSPNRNEDL VKTTSSLTNI YKSSFNRVGE K RLQKMIST ...String: MSGSTTKVPF TEPEWKIPGY TGYVQGLQET YKKTPVMAQL ETKDPSPESF IYTRTQTAPK PSPVRDPCNN PENFKKPQPG NLWPALQET AIQASFKPPT SNIALGDERI IPFRTSYGVD FKAPFNGTEQ LRSPNRNEDL VKTTSSLTNI YKSSFNRVGE K RLQKMIST MRERMEAKLG NSNNNAFRMR KLFKMYDNDG SGRVHFEDFR NMAETFGMQL DDDSLMALYF VYDPEGSGYL EY EALVAQL MSPSDFAFYK GYVDYSQDKA DEARRVELLS QLKKKIGPVA GDLERLLKAF DSAGNGQVSR HDLVAGCASV GVV LGDKDF ETLAPVMTYN SDGLIDYAAF CAVFNS

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Macromolecule #21: FAP339

Macromolecule	Name: FAP339 / type: protein_or_peptide / ID: 21 / Number of copies: 8 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 10.073385 KDa
Sequence	String: MDLKQQVKNY TMTIRNTRPP TMIKEQDKSE FSHFRALQVL ANGDEVPYEA TLRNVIHDGA RQPKLPPRQT QKHPGYIRNE SGGFFTS

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Macromolecule #22: Protofilament ribbon protein of flagellar microtubules

Macromolecule	Name: Protofilament ribbon protein of flagellar microtubules type: protein_or_peptide / ID: 22 / Number of copies: 16 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 72.082609 KDa
Sequence	String: MSGGAPPIPK LPGYTVCLPQ SLSDKGFKKG QTLTYVNGYQ REDALAQVKD LPERIAQATD GALASGAMGT GVLPASMMQD TATKLPQWV ENDRKVLRFY GYFKESVVES NMENHRIRKV ILYYYLEDDS MHVAEPRQDN SGIPQGVFIK RHRVTRDDGS F FNPGDFSV ...String: MSGGAPPIPK LPGYTVCLPQ SLSDKGFKKG QTLTYVNGYQ REDALAQVKD LPERIAQATD GALASGAMGT GVLPASMMQD TATKLPQWV ENDRKVLRFY GYFKESVVES NMENHRIRKV ILYYYLEDDS MHVAEPRQDN SGIPQGVFIK RHRVTRDDGS F FNPGDFSV GDTVSIYGRN FYLVDADSFT REFMAARGKE QGGPLPYPGD PVDVYRATFG MNRGRAPQAR EDSPGSTTRR VN DFKAYVE ARLGKPSHLL DGDRLRQFLE NNKKVLRFWC VWDERTTMYG DRRPYVLHYY LEDDSVEVLE INENNSGRDP FPV FLKRGP LPKVAVKTNT TLNPKFRKDQ CYNAGDFRLG LFINVLGRDF YLHDADTFTK QWYKDNLGYT DEEMSPVDVK EPIL PKPRA AVPPFNGYGT IEDSLQNCLS LVPKPPKRDL HKLMNKDKII LRFVVKMVDT DTHKHSATDL ARRFILSYFM MDDSN LIFE PPVRNTGIAG GKFLERQKIY KPRSEEIYTY LDLYVGATIE VFNRTFELLE ADEYTLTYME NYKDIFVMAD TDVLIR SLK AQVSGKEDAV RSSVIAADKS GSGALTGDDL EAGLQSAGLK FTRHQAISLK RRLDKNKTGT ISIEEFLGLL GL

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Macromolecule #23: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 23 / Number of copies: 2 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 12.740544 KDa
Sequence	String: MSYMPRNVRE TVERNEMYAR LQKQNKEELR TAIIAQWTER DLQRPPPSTG LTKASITLAG TSSDRDAGIK SGVQTVKAAR QARLRELFE REALMYEKEL NARGLSLVKP RD

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Macromolecule #24: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 24 / Number of copies: 5 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 15.920962 KDa
Sequence	String: MATNSTGPWA TGTFSPNSTG TVTQYNHPMF VSQRLTGNFT SQFEMNSLPS HKYETLPIRS GHLPGYQGHV PGGVGAIAQR KPAAAMHTM THLATSGSLP KGSPQTDMSL VDLRPEQRSM AKVYMYAEGA KTSFLKFPTP KTFDHRN

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Macromolecule #25: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 25 / Number of copies: 2 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 25.576527 KDa
Sequence	String: MAAYAHNDGA PDISQAFQNT VLVKNWYEDR FQSQVASATG RTLRELPTHE RVVHKAVPPG HPGLFQTTKQ AAEEKLLTTP PPAKVKKPS MYTEANVAER LQTYGLADNI HYTIGPNAAT EASWAPVHNL TTTNKEFYEI KPEAARAADP DTFRASGPSP F AKTGFCAK ...String: MAAYAHNDGA PDISQAFQNT VLVKNWYEDR FQSQVASATG RTLRELPTHE RVVHKAVPPG HPGLFQTTKQ AAEEKLLTTP PPAKVKKPS MYTEANVAER LQTYGLADNI HYTIGPNAAT EASWAPVHNL TTTNKEFYEI KPEAARAADP DTFRASGPSP F AKTGFCAK SVKGEASDET TVAGGKGARG EITRRPGESG NPYGVSVFVD EYGKWGSAIQ GMPLTETRAR MQTKYFP

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Macromolecule #26: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 26 / Number of copies: 2 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 48.843969 KDa
Sequence	String: MAQVAAVIVA TSTGRTLADE LSSRGSYTHL IEGPDGVPKV LLGVNGQPVL NHWLAAIKAV PRLTPIEEKV FILCNENNVE HVRAWAADP RTSLGGFPLD NVLTNGSDDS LGFAGDLAAF LAAAPPAAQL SSASLVVVEG DGLVGPGFGL SRVVEHTVVR G KDTLTYMA ...String: MAQVAAVIVA TSTGRTLADE LSSRGSYTHL IEGPDGVPKV LLGVNGQPVL NHWLAAIKAV PRLTPIEEKV FILCNENNVE HVRAWAADP RTSLGGFPLD NVLTNGSDDS LGFAGDLAAF LAAAPPAAQL SSASLVVVEG DGLVGPGFGL SRVVEHTVVR G KDTLTYMA APEGMPLEGQ AVLGLEDAAN AYQTASQRVE GLDAAANGIA DPMAFTPVLA PVAVLRPETV ARAAGSAGAG PS PYGTCGL GYMLAGLRPG DVAHPPMYAM PVDSCFRLGD AYSLQLASNF FAYYATEKAG GKGEAAKALD AARRLAQLNE ART MAGGSL AGAVKLVREV ESARPPEPCV DAAQRKLYNA FFQSWLAGDR HHDVGATVGR GGVSAAGGGD GAGAGLPLRF ADVT TRKHN PKQQHPVYQT SNSIYGAKAP SQLDMPLSYS SSSQAFTRAF PVTAAKNSCM VTSVTRSNVH KALDDF

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Macromolecule #27: FAP129

Macromolecule	Name: FAP129 / type: protein_or_peptide / ID: 27 / Number of copies: 3 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 51.330992 KDa
Sequence	String: MVHKGPNQAG NKGLLTYNNA VGIPGYTGFM PSTNALALPV KGFEHTGRPA ASAEVEKLTV KSVDPRKTSQ YADDYHKKPA DTKAFSKTG GGYWISQRVL PPHTAFTATT TYRAETLNAE PNTAAILDRS QGLASTLVGY EAARQAGEVR RSISADPRAR A EDTARGIG ...String: MVHKGPNQAG NKGLLTYNNA VGIPGYTGFM PSTNALALPV KGFEHTGRPA ASAEVEKLTV KSVDPRKTSQ YADDYHKKPA DTKAFSKTG GGYWISQRVL PPHTAFTATT TYRAETLNAE PNTAAILDRS QGLASTLVGY EAARQAGEVR RSISADPRAR A EDTARGIG TQTVLGRPGS GGNTSILATV AAAAPSSPQA GSSVMVSSAR RPATVPTKYG ELPGYQTTYG AATDKMARMQ AD NELNGTG SFAPSNMGDP RFKTLPRVMN PGMGRNYSSY VAEYGGDGHD PMARQAANKD TMTRISVTRD LAGGTTRNVS HIP RYTGHI PASEYATPEA RAQGEAAEPR PDHKSQALTY TLDQYPRGRL PGYTGFKAQA PANIDAGLKH SMKLPCHSTT SGDA TLRGT QFGVPHQDHT HYINSRAGLN SFFSNSVVGT EFVSDNGLFN AQVYYKEAKS QGALGIKTAQ PSKLTHYGAP FRAAA SMV

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Macromolecule #28: FAP21

Macromolecule	Name: FAP21 / type: protein_or_peptide / ID: 28 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 49.657867 KDa
Sequence	String: MSLTTQSLRR TNYEAEMTQP QIPPAGITGK LHETAKDALT WNDERPSTPD DIKKYRQSTV HEPGKIVRHP GHADDPVPQG PFGVKSAAS GGQNINEALK NYPDSELARW KLEQAEGVYA SAQREPLGAG YVRGHRLPEG LGSERPFGVT YDARGKDLSR Q AAAVIFPT ...String: MSLTTQSLRR TNYEAEMTQP QIPPAGITGK LHETAKDALT WNDERPSTPD DIKKYRQSTV HEPGKIVRHP GHADDPVPQG PFGVKSAAS GGQNINEALK NYPDSELARW KLEQAEGVYA SAQREPLGAG YVRGHRLPEG LGSERPFGVT YDARGKDLSR Q AAAVIFPT DRPAEEDAAT RAMYTRSHQD FQPGEQRRRD YNWDAAGIDP AQHRFGAVDR NGVGDGVRKA LQPGLDPSLQ AP KVLPKLH EDFKATATDY LGRPRQLGTG DRPQLAPDHA FGQPSMRKGR EPGVGELLTG RFGADEQQPD ADLGKSLREG YRN QPKPGD EGRAFGVPTI RTDVRLPRLR SVANACNYGN EPDAGQVLRP PRAADLGISD EAFVALRPKS ELRQLVDEAG LALS DADFE AAWALAAEAD GGAAAAGEGG GAAEGPEGRA CVDTFFRARH HLLAQTLQIE PTF

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Macromolecule #29: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 29 / Number of copies: 3 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 15.469539 KDa
Sequence	String: MSILGPADRR PELALTGTTI SHLKTWRTEY LDEYSDIKLA AGVPEQRMEM AGITAHIGTI TGRHTHMHKE TTRLPTGHPP SSTYRAQDA VPIGTMTRGT GTITKLGDSC LYDKEQTWAH WRVAVDGKPA DTRRKYRGVS

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Macromolecule #30: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 30 / Number of copies: 3 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 25.937781 KDa
Sequence	String: MQGDRWSRNC GSGGVGHSGT VNEYRSGVLI GNFVENAAKT TGRMGETILS HTGPGAQTGI PTTTQKRSYT AEGKTGEYLV EASTRHDLN QPGVKGELLT RHGRFDEPPV QCLGTTYQLT YGRADGTDRR VQSYLWHGRK QVDYFVPHST GGPSTLSLTA R KQQEWGTQ ...String: MQGDRWSRNC GSGGVGHSGT VNEYRSGVLI GNFVENAAKT TGRMGETILS HTGPGAQTGI PTTTQKRSYT AEGKTGEYLV EASTRHDLN QPGVKGELLT RHGRFDEPPV QCLGTTYQLT YGRADGTDRR VQSYLWHGRK QVDYFVPHST GGPSTLSLTA R KQQEWGTQ GATDAYLTTK MAATQPAALA TAENPTRTQT LRPLGDSGLM PQPGQKPKGF ARDELDKPHH RTGLRVNYRS

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Macromolecule #31: FAP306

Macromolecule	Name: FAP306 / type: protein_or_peptide / ID: 31 / Number of copies: 5 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 20.949049 KDa
Sequence	String: MDATTKTLKS TTRVDNSTNP NFKHTSTFHT RGQWTPESPP PLTSTYTIFH GERPELPRYV PKYAVSPETA ALTSRHGSSP YSFRATAER AGSTPDGRAT YRFSGLPAGV SPYSTGTKLS SSTLGSSGLP PVQYKSYLTE YVDEYREPLE QLDTQRSLTL K YGTTGGYR TTQRSTRSDG QPKYQTRVVA F

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Macromolecule #32: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 32 / Number of copies: 3 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 35.568691 KDa
Sequence	String: MGAANENIHM TDGIRRETMK KETLARERSL AAQSPYMAQV ATYRARNPPL DHSRLMQDPK VQDWASIAGT RRSLATNVPD GGPRVNVNL LKYKRDADFI STTPYDGGPS YNAETCMQNW AEDRRDKHYK SGFHPKELRR STRYDSEYSA RFKPTSADYV G RLTHTYNT ...String: MGAANENIHM TDGIRRETMK KETLARERSL AAQSPYMAQV ATYRARNPPL DHSRLMQDPK VQDWASIAGT RRSLATNVPD GGPRVNVNL LKYKRDADFI STTPYDGGPS YNAETCMQNW AEDRRDKHYK SGFHPKELRR STRYDSEYSA RFKPTSADYV G RLTHTYNT TSRFEGLTRV GTNGIAAPVL PKRSADTSGE HVFYAKDGYG PTPWMDHTAP TARGRFWVGT APHVAHDTIT HS TLRSEPL EFQQRCPTED ARSKILMGNK PLTHESDRTL RIRDDLVATN TFTRTWRTMY QSDHVDFSRR PATVR

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Macromolecule #33: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 33 / Number of copies: 5 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 27.760064 KDa
Sequence	String: MNNNKLDEAA ILAGCKGVFS KTSYITHTGQ EGKAEEYEKK GGHRSAFAGK QLATAPLKEG KTVDVYFTKK HDWISDKDPY VDRIRYKDS NQEKKKGFYT SDFSKRDEFT NTIRTEQWRE QLKGENTHAK KALDMFAEAT GLEASQLRTS RKMEPEVFMY D QVFEKEDP ...String: MNNNKLDEAA ILAGCKGVFS KTSYITHTGQ EGKAEEYEKK GGHRSAFAGK QLATAPLKEG KTVDVYFTKK HDWISDKDPY VDRIRYKDS NQEKKKGFYT SDFSKRDEFT NTIRTEQWRE QLKGENTHAK KALDMFAEAT GLEASQLRTS RKMEPEVFMY D QVFEKEDP GFDGASRTHR DTKNKTMLSR DRANGEMMTT TALAFQAPDE HHKPEHARKP LVRETFFRKT NVFFPEGCAA DP ST

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Macromolecule #34: Dynein axonemal light chain 1

Macromolecule	Name: Dynein axonemal light chain 1 / type: protein_or_peptide / ID: 34 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 22.17957 KDa
Sequence	String: MAKATTIKDA IRIFEERKSV VATEAEKVEL HGMIPPIEKM DATLSTLKAC KHLALSTNNI EKISSLSGME NLRILSLGRN LIKKIENLD AVADTLEELW ISYNQIASLS GIEKLVNLRV LYMSNNKITN WGEIDKLAAL DKLEDLLLAG NPLYNDYKEN N ATSEYRIE ...String: MAKATTIKDA IRIFEERKSV VATEAEKVEL HGMIPPIEKM DATLSTLKAC KHLALSTNNI EKISSLSGME NLRILSLGRN LIKKIENLD AVADTLEELW ISYNQIASLS GIEKLVNLRV LYMSNNKITN WGEIDKLAAL DKLEDLLLAG NPLYNDYKEN N ATSEYRIE VVKRLPNLKK LDGMPVDVDE REQANVARGG

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Macromolecule #35: Outer dynein arm-docking complex subunit 1

Macromolecule	Name: Outer dynein arm-docking complex subunit 1 / type: protein_or_peptide / ID: 35 / Number of copies: 7 / Enantiomer: LEVO EC number: Transferases; Transferring phosphorus-containing groups; Phosphotransferases with an alcohol group as acceptor
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 83.51818 KDa
Sequence	String: MAQKSTLKLP RLRTKEELLK TSPELCKLLG EDSDDGRSMS PFTAPPPAGT VKPPSRGLPA VSTKATKGPG MDTPRGLGEE ELTEEELLR LELEKIKNER QVLLDSIKLV KAQAGTAGGE AQQNDIKALR RELELKKAKL NELHEDVRRK ENVLNKQRDD T TDASRLTP ...String: MAQKSTLKLP RLRTKEELLK TSPELCKLLG EDSDDGRSMS PFTAPPPAGT VKPPSRGLPA VSTKATKGPG MDTPRGLGEE ELTEEELLR LELEKIKNER QVLLDSIKLV KAQAGTAGGE AQQNDIKALR RELELKKAKL NELHEDVRRK ENVLNKQRDD T TDASRLTP GELSEEQAYI QQLQDEMKQI DEELVEAEAK NRLYYLLGER TRREHLAMDM KVRASQQLKK DSADDLYTLT AH FNEMRAA KEQAERELAR MKRMLEETRV DWQKKLRERR REVRELKKRQ QKQLERERKM REKQLERERQ ERELQAKLKM EQD SYEMRV AALAPKVEAM EHSWNRIRTI SGADTPEEVL AYWEGLKAKE EQMRSLVSLA EQRESSAKSE IAALLENRSG MYEK GSAAA ADVGEGSEER ATLITEVERN MEGAKGKFNK LRSVCIGAEQ GLRSLQERLM IALEEIHPDQ LRASHMKGGH DAKAR GKGA ASAGARRGSA HAHTPDRNKR GPATGSRSQS PALVPHSPAG DKPSSPLHGT SPEHGHEPIP EGAEELAGEA EMVSPL GAD GNTIDDEHFF PELPELLTSV TDRLNRVLVL AAELDAQEPA GAGEDGLPLS GEPGADGAEG AAPASPSRGA PEGLSES ER TLVKGMNRRT WTGAPLLETI NASPSEAALT LNIKRKKGKK KEQQVQPDLN RILGYTGSDV EEEEPESEEE TEEEANKD D GVVDRDYIKL RALKMSQRLA NQQRAIKV

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Macromolecule #36: Outer dynein arm-docking complex protein DC3

Macromolecule	Name: Outer dynein arm-docking complex protein DC3 / type: protein_or_peptide / ID: 36 / Number of copies: 5 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 21.371311 KDa
Sequence	String: MASAAARERY ARKNEQNELE RAFNTIDSKG DKKIDAEELT ELFLRLGHKP KRGEVEDMIW EVDEDCDGCI SLLEFQTLYT RCRDDKTGY EPRGLFNVVE FVMNDKNNQG FITLEEAMQI MYLRYGRAEL DMQLEQVFGT ADLNSGKILT LTEFLHCLHT N QVKQLLNR VTAKTYKAPP PPQKRK

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Macromolecule #37: Dynein gamma chain, flagellar outer arm

Macromolecule	Name: Dynein gamma chain, flagellar outer arm / type: protein_or_peptide / ID: 37 / Number of copies: 5 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 513.491406 KDa
Sequence	String: MALDNRHRLI VGKLAEAFGL PENVIEKTLT QDKQAVNSFF TPAGPPSLVF VYQVKEDKLK DGSVGPVDNK PTLHRIGPHE RIHNSVYFT RLNPKGINEK TLEADMGSGE LSVLWALENF KAIVSDLYLP IMQEQQQWGK MSTEYLEDFL SSTAKFGSML T EAVATVSG ...String: MALDNRHRLI VGKLAEAFGL PENVIEKTLT QDKQAVNSFF TPAGPPSLVF VYQVKEDKLK DGSVGPVDNK PTLHRIGPHE RIHNSVYFT RLNPKGINEK TLEADMGSGE LSVLWALENF KAIVSDLYLP IMQEQQQWGK MSTEYLEDFL SSTAKFGSML T EAVATVSG GVEPMPDPRY IDQYGDLRPA GITQAAGDDD TLQEMEECLT EWCREAELLL NQTNKIKDGE ERGPDTELEY WR TRMSNFN SITEHLKTKE CKLVLGICSH AKTKAYLRWR GLDVQITDAA NESKDNVKYL ATLEKSMEPM YQGRVTDITE SLP ALMTNV RMMYTIARFY STAEHMTRLF TKITNQLVRR CKEQIMENGK IWDQDKVTLI GNMKVSVELA NVYRQQYRLA KETL AAQPK SKQFDFDEQA IFLKFDLSSK ALHKLIDMFT TIHQFSSLEQ HTHIEGLDTM LKSLNNIIDD VKRKPYDLLD YSRNA FDTD FLEFNVQIND LELQLQGFVN ASFEHITSTE HALSLLAQFQ AIMQRETLQQ DLENKYMVIF QNYAKDLDAV QKLYEK NKY EPPVPRNAPP VAGNIMWARQ LLRRIEAPMQ LAQNKNLLAA KESKKNIKTY NKVAKALIEF ETLWHQAWIK SIEQCKA GL AAPLLVQHPD TGKILVNFDK EIMQLVREAK YMQRFNIRCS SPSQMVLLQE EKFKFYHNQL THLVREYEHV LGRGATIK P LLRPHLDDME RKIAPGFAVL TWTSLNIDGY LHRFKQGLAR LEELVRKVVD LTENRVDSNL GAISSTLLVE LPTDRSFTY EGFVEQNRFQ KKQAELLAIR NEEVRRAIED LYTLVRNYPR ENTEDVLDEK EVSLLVRHYS KNMYNAIMQC TLNSLQAMKR RLGSKTTTG IFFMERPFFD VDVELKVPSV CMNPTLEEIQ AAINQCAKKV LTISKQLPAW GMDNVATYHE MMRGDRRWVK A VLRLTGSV EGIKTQVGEY IRTFDKYDFL WKEDLQAAYD HFMRSNPTLE AFEAELKKYM AIETEVTMIN GVNNIGALSL ET HPLKNSL KAEAVSWKTQ FAQNLHKQCS DDLKLDNYIR DTNSKFHRKI EDLEDVRNVM AVLKEVREKE SEIDNLIGPI EEM YGLLMR YEVRVPKEET TMVSDLRYGW KKLKKVATEV SDNLTRLQVG FKRELIKEVK TFVVDAQMFR KDWEANAMVP GLDP QEAVD RLRKFQQMFE VRKRKWENYS SGEELFGLPV TQYPELEQTE KEIQMLDRLY SLYVAVITTI KGYGDYFWVD VVEKI DEMG EQVQQYQNQS KKLPKLRDWP AYNACRKTID DFLEMLPLFQ ALTHKSMRER HWKEVMRVTG HELNLAEDHF KLQHLL DCN VLRYREDIED LTGAAVKEEI IEVKLNQLKA DWATANLALA EYKNRGPVIL KPSDTSELME KLEESQMTLG SMATNRY SA PFRDEVQAWS IKLSTVSEII EQWLMVQSMW QYMEAVFSGG DIVKQLPQEA KRFLNIDKNF MKIVSNALET QNVINTCF G NELMKNMLPH LHEQLEMCQK SLSAYLEQKR AEFPRFTCVG PHLLEICRWA HDPPSVVPHF QSGLFDSLSN VTFDRIDKT RMTEMFSQQN EKVEFERPVD AKGNIEVWLQ RLVDGMEDTV KQIIKRAVRN VAEMPLEDFV FGHPAQVSLL GIQFQWTAET QMALSSAKV DKTIMNKNMK KVDALLRDMV NITVRLDLTK NQRTNLETCI TVHMHQKEST EDLVKKKIKD PTDFEWLKQV R FYWRDDKD TVIISICDVD FEYSFEYLGV KERLVITPLT DICYITLSQA LGMFLGGAPA GPAGTGKTET TKDLGNTLGK YV VVFNCSD QFDYTYMGKI YKGLAQSGLW GCFDEFNRIN LDVLSVCAQQ VYCICRTRER KKSFQFTDGT TVSLDPRVGF FIT MNPGYA GAQELPENLK ALFRGVTMMV PNRQIIMKVK LAAAGYQEND ILSKKFFVLY GLCEQQLSKQ AHYDFGLRNI LSVL RTAGA SKRQSPDKSE VFLMMRTVRD MNMSKFVAED VPLFLSLIDD LFPGLKADAT RPDVNKDAEK VVLERGLQVH PTWMN KCIQ LYETYLVRHG IMLVGPSGSG KSAICECLAA ALTELGTKHV IWRMNPKAIT APQMFGRRDD TTGDWTDGIF AVLWRR AAK NKNQNTWIVL DGPVDAIWIE NLNTVLDDNK VLTLANGDRI LMSAAMKAMF EPENLNNASP ATVSRAGIIY VSDVELG WE PPVKSWLQKR DPTEACWARL FSKYIDRMLE FVRISLKPVM YNEQVSIVGT VMTLLNGYLK SMKEAGTAMN DAKYERVF L YCMTWSLGGL LEMKERPLFD QELRTFAHNM PPKEEDSDTI FEFLVNTTDA EWLHWRHCVP VWTYPKNEEK PQYAQLVIP TLDSVRYGAL LNLSYNVDKA TLLVGGPGTA KTNTINQFIS KFNAETTANK TITFSSLTTP GIFQMSIEGA VEKRQGRTFG PPGGKQMCI FVDDISMPYI NEWGHQVTNE IVRQLLEQGG MYSLEKPIGD MKFITDVRYV AAMNTPGGGK NDIPNRLKRQ F AIFNVPLP SVAAINGIFG KLVEGRFSRD VFCEEVVYVA SKLVPLTITL WNRIQTKMLP TPAKFHYLFN MRELSKVFQG VI LATRDRF NLAAGDSAVF GGNVASPEGY LLGLWIHECR RVFSDKLISY EDKNWVDKAV FDLCRDNFSS DLVKQVEEPI YFV DFLREP AVMMRPVEIV TPHPSFYYSV PGGLPEVRAR VEGLQRKFNE ESKVMKLELV LFTDCVTHLM RITRLLAWPG LGLL VGVGG SGKQSLSRLS AYIAGPTFYI TKTYNVSNLF EHIKGLYKIA GFKGQPVYFI FTDAEVKDEG FLEYINQILM TGEVA GLLT KEDQDMIVND IRPVMKHQAP GILDTYDNLY NFFLNRVRDN LHVVLCFSPV GAKFARRAQQ FPGLINGCTI DWFCPG PKK RLTSVSGKFI DKFTMACPKE VKNQLELLMG HAHVFVTAAC KEYFEKYRRY VYVTPKSYLS FLQGYKELYA KKWSFTK EL AYQIEVACQK MFEPKADVNK MKAELAVKNQ TAVSAKEAEA LLKQISESTA IAEKEKQKVA VIVDAVTKKA SEIATVKD D AERDLAAAKP ALDAALEALN SIKDGDIKNL KALKKPPQII TRIFDCVLVL RMLPVTKAEY TDEKGRMVQV GNYPEAQKM MNQMSFLQDL KDFAKEQIND ETVELLEPYF MSEDFTFENA QKGSGNVAGL CNWAESMAKY HNVAKVVEPK IAKLREAEAE LKLATKEKN AAEERMAKVQ AKLDEMQAQF DAAMAHKQAL EDDAAATQRK MDSANALIGA LAGEEARWTA QSKEFDVQIQ R LTGDCALA SAFVSYLGPF NKEFRELLLN RDFYGDCMKL NVPVTPHLQI TKFLVDDSEV GEWNLQGLPT DELSIQNGIM VT RASRYPV LVDPQGQGRE WIKNREEANQ LKTTQLNDKL FRNHLEECLA FGRPLLIENI EEELDPLLDP VLERRLVKKG KTW VVPLAD KEVDFTETFR LFCTTRLPNP HFTPELSAKV TVVDFTVTMA GLEDQLLGKL ISKEKKELED QRQQLLEEVQ SYKK RIKQL EDDLLCRLSN SQGNLLDEHQ ELIDVLAVTK QTAQDVSEKL ANASETNKRI NEACEEYRPV AHRATLLYFL IAEFS VVNC MYQTSLAQFN QLYELAIDRS EKANMPSKRI HNIIEYMTYE IYLYVQRGLF ERHKIIFALM LTNKVLTSAG KVKATD LDV FLKGGAALDI NSVRKKPKDW IPDLVWLNII ALSAMDAFRD IPDSVFRNDG LWRQWYDQEA PEMAKVPDYE DRLNKFE RM CVVKTFREDR TLIAAADYIA EALGQRFVES VPLNMEKRPG RRAMAKCPLI CLLSPGPDPT KLIEDLAKKK KIKTLGVS M GQGQEVIARK HMAAASLEGH WVLLQNTHLG LGYLTEVETF LVKEENVHED FRLWITAEPH PQFPIGLLQM GIKITNEAP VGIKAGLRAS YQWVNQDMLD MVSRQEWRQL LFVMCFLHSV VQEPQFGPIG WNVPYEFNQS DLSACVQFLQ NHLSEMDAKK APQPTWETV RYMISAIQYG SRITDDFDKL LMDTFAEKYF LQPVLQPSYE LFKDTRSSDG FSYRVPDSTD IETFGSYIET L PGTESPEI FGLHPNADIT FRTLQVQESI VTILDTMPKG AGSGSGLSRE DVVDKICEDL LSKAPPLFDK EETKEKLKKL PG GPTLPLT VHLRQEIDRL NIVTRLTTTT LKNLALAIAG TIAAERGLID ALDALFNARI PQQWLSKSWE ASTLGNWFTG LLQ RYDQLN KWLNLGRPKA YWMTGFFNPQ GFLTAMKQEV NRKHRDKWAL DDVVMSSEVT HRPKDFESLK EGAPEGVYVY GLYL DLRLD GRENRLMDSD PKKLFNPLPV LHVDGVLAKD KKRSGLYEAP KPYRVKARKG LNFITTFSVR TEDDKSKWIL PGVGI LCSI D

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Macromolecule #38: IC97/Casc1 N-terminal domain-containing protein

Macromolecule	Name: IC97/Casc1 N-terminal domain-containing protein / type: protein_or_peptide / ID: 38 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 81.72443 KDa
Sequence	String: MAPKDAAKGK KKKKTKEELE EERRQAEEAA RLAEEERLRA EEAERQRLAE LERQRLELLG QFLDAEKARL DAQLSELDPL LRQFEHERS RSRAAAREAA EWERFLRCVD VPHPRQRVPL AEFLRRMHEA ATKDVTGSPD GRDLRAAFLA VEACRTVILE A RQELLAAR ...String: MAPKDAAKGK KKKKTKEELE EERRQAEEAA RLAEEERLRA EEAERQRLAE LERQRLELLG QFLDAEKARL DAQLSELDPL LRQFEHERS RSRAAAREAA EWERFLRCVD VPHPRQRVPL AEFLRRMHEA ATKDVTGSPD GRDLRAAFLA VEACRTVILE A RQELLAAR HSSELAAPPA AAAAAAGGGG GASAEEAQAA AGSAARGAAG GAAVAEWAEA LESDLRTLYG IVNARIDRLT AA VLHHCDE YANDKNEIQL GHVAPMPAWW PTAPGSGSGS AGSQQQQQQG GGGEQQQLAE GAGEGPGGAF KWGVWVNTAK NPR LKAVEM PQLGVTLEIP KQIALANIAL RVQQRSGPGV DEYFSRCANA WMAVGGLLAV DLLAMPPGAK KVRGWTLRQV TPLA LNVQR VPYPIPPAGA DPATWASEEE PPPLGVTAPL PPDVVLLEDP LQVAWWDEAH SIWNTDGISD VAFDGASKTF SFHTT HLAP LALVMRRTRL LPYAGWAVRP TGGRNGNGAA ISLDVGLDAP VVIEVSKGAA WLSSPAWPQL ASLIGQPMPP LDLLQA LSD RGLHLLPEDR DAEAAGVTAK ARDTEEAMCR DLALLGGVFL MASSRWNQTA GPEEALARLS EVTDWEEGGR TAPHHLA RI FDKEKEDGER RVLVVMRRGA KGVAFSDALN RRPEYPALPG VGSVEAVKEC ELSIWGEVHA SVLTLLRGQF SAPGAADS P LALRLAAAPE SLELCRTTSP LFTATLADTM LALRLFSFS

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Macromolecule #39: Axonemal inner arm I1 intermediate chain dynein IC138

Macromolecule	Name: Axonemal inner arm I1 intermediate chain dynein IC138 / type: protein_or_peptide / ID: 39 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 111.279398 KDa
Sequence	String: MSDQKKALPP KPSQSQVGGY KPRQSTTQGW GGGGTRQTST GGQPGPRASI SGGPRGSFRQ SKRQSNRSVN GAENERLQVI IDGVDRTPK PLLSLNPTVL KGGAGDTTTP NSETSDFFMD RISTAAFTKA GWYSNADSGT HTPKSEADYD YEGEKKHREL K GAEDAAAA ...String: MSDQKKALPP KPSQSQVGGY KPRQSTTQGW GGGGTRQTST GGQPGPRASI SGGPRGSFRQ SKRQSNRSVN GAENERLQVI IDGVDRTPK PLLSLNPTVL KGGAGDTTTP NSETSDFFMD RISTAAFTKA GWYSNADSGT HTPKSEADYD YEGEKKHREL K GAEDAAAA AMGDDAGPGI ESSRGPREEE LPPPPPPLLT EKDLERSVYL TLHETETIFI WQATGVTVAM DTEEAKLVEE AN RRYANLL HTKHATDKYV DAEAQTLVAL KKSREAQSAV LVTRATGVQA TAWDISDTFR ALDEAAADAE DDPRGGAVLP SIS QLAGGV AKYTGGGGGG KAGGMPGDPT SGRGTMAGGA SSQSMMVRPS AYHGQSMAFG AQPSYMSGVG GNMSGLSGAN LPNG VPVDQ QQAAPEVLDP LLSLRGLPDA LELMDLAINQ NNYLQQLLLY RDIQPLQGVR ATVTSAMRGM GGGGDDDATS EAASH AGRD NRPMSAAPSE GGRSHAESVA ARSAYGGNRP SMANVAAATG QLSRQPSERS GFSRAMSIKG GRGGDDDARS VRQSHA GAG GGGGGGGGGA GPGYAASVAE SNWPEELLQE LADLGDDAPR MEHLWDWSCP LTAGKNVACM GWNKANPDLL AVGYGSY AF GSGTPGAGAA GDPLSTTHKS SAAGAAAAAA AAAAARPVTA ESAAAGEVGA AGAGATTTSG QQTTGHEPRG LVAFWSLK N LQHPLWWFEV KAAVTALDFS TYSPNLLALG MYDGTVAIYD IKSRQGTPSM ESDVHSGKHS DPVWKVKWLD HGPERDEPL VSISTDGRVT QWSIAKGLEF SDLMKLKRMA RRGAGGPPAA AKDGSKAAAV PEQQDAFISR LTSGMAFDFS GRDERIYVAA TEDGWLHKC STSYSEQYLE SYRGHMGPVY QVQFSPYKKD MFISSSGDWT IRMWQEGRDT PLLTFQASTN EINDVQWCPT N STVFGSVT ATGRLEIWDF ALSTVKPVMH QKTPAKLSCM LFAPNYPVVV CGGEDGTVKA YRLYNVSHEY DTLEEQLGRL DA VIKANVM KKETGQAGQA

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Macromolecule #40: IC140

Macromolecule	Name: IC140 / type: protein_or_peptide / ID: 40 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 109.942633 KDa
Sequence	String: MEDASAGPPP VDDGEVPAAP ADSSPLDDAP ASSGAEPGDG GYDEGEPLDN EQAGPADVEG LDDAGEPGAA PEDGEEGTGG EGEAGAGAE APGDGESPEA AAEAEAAAAA PPPPVELEPL PEDYVPVRDL PPIPEPFARN EEGKPVPLDG VESLFLTGTT I ELVGLKEL ...String: MEDASAGPPP VDDGEVPAAP ADSSPLDDAP ASSGAEPGDG GYDEGEPLDN EQAGPADVEG LDDAGEPGAA PEDGEEGTGG EGEAGAGAE APGDGESPEA AAEAEAAAAA PPPPVELEPL PEDYVPVRDL PPIPEPFARN EEGKPVPLDG VESLFLTGTT I ELVGLKEL GAANVMGEVS RDELLKDIQF RGAISDFHAY KAKIQAADYE PLLVRFNEDD VYGDGNNFEL AVTAAAAAVW RG IGEEVAR RAALLELEAA HAAAEKAKPR SKRVRKVKPW QSMGSEVDIE EASVRPRRDP IRLVVQRRRR EFNQPNAKLA DKD AHELWN SSQMECRPFK DPNFDMRRME QDVAVQAVAP LRDAATQSTG TVPPRPAVTQ TEPLDLPPEA KQDLVRRPRN APGS VADFL ERVRDQCEVA LVQNEITNIF RDDLSSLNDE ADGGGGGSRK ETLVSEAQSF THLTYSKNKV VSAIQWLPHR KGVVA VACT EAQSHAERVA RMGRTAPAHI LLWNFRDPIH PELVLQSPWE VFSFQFNPLQ PDLLTGGCYN GQVVLWDLSS EADRLS RRA GGGAGAGAAK SSDGAAAGAG GKGADSTPPS TALPGGGGGG GGVDSTSGSS ADGDAHIPVI KHRFMTDTQF SHHQVVT DL QWLPGVEISH RGKVTKLGEG SKECNFFATI AADGKVLFWD VRVEKLLKKG KKADELLDLV WKPIHSVHLI SLIGMDLG G TKLAFDFRKL EQGMFYAGSF DGELVYADFV KPEGEENPDY AKSCLQAHVG PVIALERSPF FDDIVLTCGD WQWQIWQEG QSTPLFQSGY AQDYYTAACW SPTRPAVLYL ADQSGSLEVW DLLDRSHEPS IRVTLAATPI MSLSFNPMPT SASAAQQAAQ QLLAVGDAT GVLRIMELPR NLRRPVHNEK KLMGTWLERQ QARLADVGAR QPVRTSARKE AEERKKEAES AALAEAAAKE A AAKDAAAA AAAGMPLPTA NERKKDKGPP PPEFDEKAEQ EYLKLEARFK AQLGLMPAEA NGGPGH

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Macromolecule #41: Axonemal inner arm dynein I1/f subunit

Macromolecule	Name: Axonemal inner arm dynein I1/f subunit / type: protein_or_peptide / ID: 41 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 31.91218 KDa
Sequence	String: MDGEEQLEEQ AEAQPVAHSP DEEEEEPIDI FQAIKEGDYE AVQIALDRGA DIEQTSSGGV TPLIQAVQCG AEQAVEILVQ SGADVHAAT RSGDTALHWA AYGGGGALVQ LLLEAGANVD AVGDLGNRPL HVAASRGHDQ VVGLLLTHNA HTAFKNAYGN T ALSLATGA ...String: MDGEEQLEEQ AEAQPVAHSP DEEEEEPIDI FQAIKEGDYE AVQIALDRGA DIEQTSSGGV TPLIQAVQCG AEQAVEILVQ SGADVHAAT RSGDTALHWA AYGGGGALVQ LLLEAGANVD AVGDLGNRPL HVAASRGHDQ VVGLLLTHNA HTAFKNAYGN T ALSLATGA KAQAWIKRVA EGGPGERSKL AAELAALEAE ADAKAAERRT REDAEAKARE ERAAAARKKR DEEDAEEDRI EE MERARIK AEEEERRRLE EERLRAEEEA KRLAEEEAKR AAAEARRKKR EAAKKKK

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Macromolecule #42: Dynein light chain roadblock LC7b

Macromolecule	Name: Dynein light chain roadblock LC7b / type: protein_or_peptide / ID: 42 / Number of copies: 6 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 11.132679 KDa
Sequence	String: MSDIESTLTR IQGHKGVIGV IIVNNQGVPL RSTFEHDAMT KQYADLVPGL ADLARNLVRD LDPQNDLEFL RIRSHKHEIM VAAKDDFVL LVIQDPNAAS T

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Macromolecule #43: Dynein light chain roadblock LC7a

Macromolecule	Name: Dynein light chain roadblock LC7a / type: protein_or_peptide / ID: 43 / Number of copies: 6 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 11.946708 KDa
Sequence	String: MVDIAAVDET FKRLQSHKGV LGIIVINAEG IAIRTTFDND LTVQYAALVS HFTVKARSAV RKLDGDNDLK FLRIRSKKHE IMIAPEFER SHEYYLVVVQ DPSREA

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Macromolecule #44: Dynein 8 kDa light chain, flagellar outer arm

Macromolecule	Name: Dynein 8 kDa light chain, flagellar outer arm / type: protein_or_peptide / ID: 44 / Number of copies: 46 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 10.336775 KDa
Sequence	String: MASGSSKAVI KNADMSEEMQ ADAVDCATQA LEKYNIEKDI AAYIKKEFDR KHNPTWHCIV GRNFGSYVTH ETKHFIYFYL GQVAILLFK SG

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Macromolecule #45: Dynein light chain Tctex1

Macromolecule	Name: Dynein light chain Tctex1 / type: protein_or_peptide / ID: 45 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 12.680427 KDa
Sequence	String: MEGVDPAVEE AAFVADDVSN IIKESIDAVL QNQQYSEAKV SQWTSSCLEH CIKRLTALNK PFKYVVTCII MQKNGAGLHT AASCWWDST TDGSRTVRWE NKSMYCICTV FGLAI

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Macromolecule #46: Inner arm dynein light chain

Macromolecule	Name: Inner arm dynein light chain / type: protein_or_peptide / ID: 46 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 13.709328 KDa
Sequence	String: MAEAADFALE PPFAQKFKAS RVKEIIGSVL VARLSGQQYH ADNTSSWARE IADEIKNKLK EENWSRYKYV VQVFIAEQRG EGVRLACRG FWDPNTDNYA HDTFSNESLF CVATAFGVYL Y

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Macromolecule #47: Dynein light chain 10

Macromolecule	Name: Dynein light chain 10 / type: protein_or_peptide / ID: 47 / Number of copies: 5 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 12.101117 KDa
Sequence	String: MAEQQFEDME AFLRVAKYTL VKFTDMHVEM KEEAMDICIT AVEKYPNDAE KCTQMIKDQM DKKFGAPWHV VVGKGFSYEI TYEVRNLLY IYVGGRTAVL LWKM

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Macromolecule #48: Cilia- and flagella-associated protein 73

Macromolecule	Name: Cilia- and flagella-associated protein 73 / type: protein_or_peptide / ID: 48 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 35.671414 KDa
Sequence	String: MDEEGSATAR AKMMPQTLVL DHVSPATRLL EKRRQMFEVQ EALEAQKQDF NRKEEVFKRR EEALKLKDLE LQESLIRFSK FLQENDSKR ARAEKKANDE IKARIQKEKE IEQLTEVLEE LKSEKERILE VLEKNMRYQH YLESVLEVAD EYQEVADLLL R HATLSATN ...String: MDEEGSATAR AKMMPQTLVL DHVSPATRLL EKRRQMFEVQ EALEAQKQDF NRKEEVFKRR EEALKLKDLE LQESLIRFSK FLQENDSKR ARAEKKANDE IKARIQKEKE IEQLTEVLEE LKSEKERILE VLEKNMRYQH YLESVLEVAD EYQEVADLLL R HATLSATN ADLKDHQRKC SELAEKVRTE LQIYVKQKTD EILNLNNQVA KLKTELEGYE AEAMVQEAKK DSSLQIASQR TL EYGQVVL SADNIFNRCR SKSSIGHPAE SNPLHQLDVI GNFVSDLGSI IKQFKQEQAK RASLASRAEI E

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Macromolecule #49: Cilia- and flagella-associated protein 100

Macromolecule	Name: Cilia- and flagella-associated protein 100 / type: protein_or_peptide / ID: 49 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 65.268512 KDa
Sequence	String: MPIYDEASVP GTAAGRSTTD VGATAGANPF NIPADEEIFR FREEERARKE QDKLIAQTMR VADKTTFAAQ MQATATADAR TLLRELRPP KGPKATTTLA ASSVGTLDRR KEKENMADFI AKKREIFLLQ MSLDTKRAEI KKLEERARQR EEALKKSEQM L EEDALRFD ...String: MPIYDEASVP GTAAGRSTTD VGATAGANPF NIPADEEIFR FREEERARKE QDKLIAQTMR VADKTTFAAQ MQATATADAR TLLRELRPP KGPKATTTLA ASSVGTLDRR KEKENMADFI AKKREIFLLQ MSLDTKRAEI KKLEERARQR EEALKKSEQM L EEDALRFD AFLKENDEKV QEAIKKAEAE AKAKQDKVLE IKRLNTATAA LRSELNKYEE QLEDCRRYKE FLDSITPPEW FE QQAAKLQ RRKDALVAEW QSQCEALKQR REAALAAKTA AESDYANART QQQAERAERA IKESVAALKE IMKEKEPQPP NLD FEMDPE DEEMYFQEPG QLLAVYKQLE ESNLFYIQNA QETEEALEEL RQKLRDTKTR MDAEAQGLQG QVSTLQASIV AARE KAKRL KDRTLENEGA FTLSMGSSNA PTSSVTGSSG PGGPVNLKEL GDKVREVYVR CGFDADASIS TLQMLTNIEM KLEEY LNLA EGMTPDYVDG AEKAREKDRR KVARDEKLST QHREHEARMA RALERAAAPV FKKTGKPLMF RSAPPQRKKV VQADDR NDE EAELEAYLAQ DMI

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Macromolecule #50: Dynein, 78 kDa intermediate chain, flagellar outer arm

Macromolecule	Name: Dynein, 78 kDa intermediate chain, flagellar outer arm type: protein_or_peptide / ID: 50 / Number of copies: 5 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 76.654711 KDa
Sequence	String: MPALSPAKKG TDKGKTGKKT GKQEQNAQDY IPPPPPMPGD EAFAMPIREI VKPDNQLWLS EADLNEEVAK MLTANNPAAP KNIVRFNMK DKVFKLEPMV EQTVVHYATD GWLLHKSSDE AKRQMDMEKM EQEASARFQA DIDRASHEHK DHGDVEPPDD S RQLRNQFN ...String: MPALSPAKKG TDKGKTGKKT GKQEQNAQDY IPPPPPMPGD EAFAMPIREI VKPDNQLWLS EADLNEEVAK MLTANNPAAP KNIVRFNMK DKVFKLEPMV EQTVVHYATD GWLLHKSSDE AKRQMDMEKM EQEASARFQA DIDRASHEHK DHGDVEPPDD S RQLRNQFN FSERAAQTLN YPLRDRETFT EPPPTATVSG ACTQWEIYDE YIKDLERQRI DEAMKSKGGK KAAAAARAAG AA HRQRNEH VPTLQSPTLM HSLGTLDRMV NQNMYEEVAM DFKYWDDASD AFRPGEGSLL PLWRFVSDKS KRRQVTSVCW NPL YDDMFA VGYGSYEFLK QASGLINIYS LKNPSHPEYT FHTESGVMCV HFHPEFANLL AVGCYDGSVL VYDVRLKKDE PIYQ ASVRT GKLNDPVWQI YWQPDDAQKS LQFVSISSDG AVNLWTLTKS ELIPECLMKL RVVRAGETRE EEDPNASGPA GGCCM DFCK MPGQESIYLV GTEEGAIHRC SKAYSSQYLS TYVSHHLAVY AVHWNNIHPS MFLSASCRLD HQAVGLCHDP KRAVMN FDL NDSIGDVSWA ALQPTVFAAV TDDGRVHVFD LAQNKLLPLC SQKVVKKAKL TKLVFNPKHP IVLVGDDKGC VTSLKLS PN LRITSKPEKG QKFEDLEVAK LDGVVEIARK SDADLAKNAA H

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Macromolecule #51: WD_REPEATS_REGION domain-containing protein

Macromolecule	Name: WD_REPEATS_REGION domain-containing protein / type: protein_or_peptide / ID: 51 / Number of copies: 5 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 63.608086 KDa
Sequence	String: MEIYHQYIKL RKQFGRFPKF GDEGSEMLAD IRPNEDHGKE YIPRNPVTTV TQCVPEMSEH EANTNAVILV NKAMSHVEGG WPKDVDYTE AEHTIRYRKK VEKDEDYIRT VVQLGSSVED LIKQNNAVDI YQEYFTNVTM DHTSEAPHVK TVTVFKDPNN I KRSASYVN ...String: MEIYHQYIKL RKQFGRFPKF GDEGSEMLAD IRPNEDHGKE YIPRNPVTTV TQCVPEMSEH EANTNAVILV NKAMSHVEGG WPKDVDYTE AEHTIRYRKK VEKDEDYIRT VVQLGSSVED LIKQNNAVDI YQEYFTNVTM DHTSEAPHVK TVTVFKDPNN I KRSASYVN WHPDGSVPKV VVAYSILQFQ QQPAGMPLSS YIWDVNNPNT PEYEMVPTSQ ICCAKFNLKD NNLVGAGQYN GQ LAYFDVR KGNGPVEATP IDISHRDPIY DFAWLQSKTG TECMTVSTDG NVLWWDLRKM NECVENMPLK EKNSETTVGG VCL EYDTNA GPTNFMVGTE QGQIFSCNRK AKNPVDRVKY VLSGHHGPIY GLRRNPFNSK YFLSIGDWTA RVWVEDTAVK TPIL TTKYH PTYLTGGTWS PSRPGVFFTI KMDGAMDVWD LYYKHNEPTL TVQVSDLALT AFAVQESGGT VAVGTSDGCT SVLQL STGL SEASPAEKAN INAMFERETT REKNLEKAIK EAKVKARKEQ ARRDEVKDNV TEEQLKALED EFFKTTDPAV GGGYGA GEG AAAE

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Macromolecule #52: Flagellar outer dynein arm light chain 2

Macromolecule	Name: Flagellar outer dynein arm light chain 2 / type: protein_or_peptide / ID: 52 / Number of copies: 5 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 15.903028 KDa
Sequence	String: MDDMPFQSGG IKEVVYENTF ITDPEGYGPN TKFERHKVQA VLKQVLKERI EKQKYDPVKG AQISKQLADD LREKVKALGY DRYKLVIQV TVGQKQGQAM RIISRCLWDQ TNDNFASEYY ENESMYCVCQ VYGLYYE

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Macromolecule #53: Dynein 18 kDa light chain, flagellar outer arm

Macromolecule	Name: Dynein 18 kDa light chain, flagellar outer arm / type: protein_or_peptide / ID: 53 / Number of copies: 5 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 17.807119 KDa
Sequence	String: MAAKVDIFAA NLPNLTDEEM DMCRKAFAMF DKDGSGTIDT KELRTALSAL GQNPTEEDMF VMISQVDQDG SRCIEFKEFV RVIQINKQM SAKDADEADT LDAFVALGGN LDKTGRILVD KLRSICEEFE LTVNVDRLVK DADRDLNGFL SYDEFRALLS

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Macromolecule #54: Dynein 11 kDa light chain, flagellar outer arm

Macromolecule	Name: Dynein 11 kDa light chain, flagellar outer arm / type: protein_or_peptide / ID: 54 / Number of copies: 5 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 13.876627 KDa
Sequence	String: MADEKEQQGE QGYQLQSQHF YKIITSYMPE SFEQDAVQIA LIAVDKYRQL KDIAFYIKHE YDKKYPGSGK ATEGVYHCIV GKSFASAVS HETRQFIHMK VDTYHVILWK SKDTPFTPGG E

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Macromolecule #55: Dynein light chain 9

Macromolecule	Name: Dynein light chain 9 / type: protein_or_peptide / ID: 55 / Number of copies: 5 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 12.993606 KDa
Sequence	String: MEDDTAFDGL AEDDLMDDAE VDTMVRESIV AAIGDNQFAH NKIDSWSNNI VEGCLKRLAA MNKPFKYIVT TNLTQKAGAG LHAASCARW NEKTDGKLTV QWENNTMIVL VSVYWLAV

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Macromolecule #56: Outer dynein arm protein 1

Macromolecule	Name: Outer dynein arm protein 1 / type: protein_or_peptide / ID: 56 / Number of copies: 7 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 62.292305 KDa
Sequence	String: MPSADATRGG GSAGSMGKGT LGAGDTLGHK SVLDKQRAAI EKLRAQNEQL KTELLLENKF SVRPGDPFAQ ALINRLQDEG DMLARKIVL EMRKTKMLDQ QLSEMGSTLT TTRNNMGGIF SAKEQSTAVQ KRIKLLENRL EKAYVKYNQS ITHNKQLRES I NNLRRERI ...String: MPSADATRGG GSAGSMGKGT LGAGDTLGHK SVLDKQRAAI EKLRAQNEQL KTELLLENKF SVRPGDPFAQ ALINRLQDEG DMLARKIVL EMRKTKMLDQ QLSEMGSTLT TTRNNMGGIF SAKEQSTAVQ KRIKLLENRL EKAYVKYNQS ITHNKQLRES I NNLRRERI MFESIQSNLE RELAKLKRDM ADMIQQANGA FEAREKAIGE MNALKAQADK EQQGFEEEWR QLTTIIEEDK KE RERARAQ ELAMRERETQ ELLKMGTLSS AEKKKRITKG SWNVGYNKAM AQNVAAEKVE MYGQAFKRIQ DATGIEDIDQ LVN TFLAAE DQNYTLFNYV NEVNQEIEKL EDQINIMRGE INKYRETGRE LDMTKSRELT EEEARLAASE AQSQLYEKRT DSAL SMTTA LKAGINDLFE RIGCNTPAVR DLLGEEGVTE ANLTAYLGII EQRTNEILQI YAKRKAQQGT DGLAEALLAQ PLTQP GNRI IIEPPSTTQE EEVEGLEPEP VEEDRPLTRE HLESKVQRTL PRKLETAIKV RPAGADATGG KRGSPTRR

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Macromolecule #57: AAA+ ATPase domain-containing protein

Macromolecule	Name: AAA+ ATPase domain-containing protein / type: protein_or_peptide / ID: 57 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 523.363969 KDa
Sequence	String: MDRRLEWVKE KACLGLGVEP NLFEAAIANP ESRARVTAFL DGTVTSSALL FALEEATIYV EEYQEVLAEE QAPEAEDGEG EEHDGQEPG EAGGEGAEGS TAPGDSGDGQ PEDAPAAAAE ANGANPEDEA AAPADGAADG AAGEGGEEGD GAEGDEPPAP P APKYVRRV ...String: MDRRLEWVKE KACLGLGVEP NLFEAAIANP ESRARVTAFL DGTVTSSALL FALEEATIYV EEYQEVLAEE QAPEAEDGEG EEHDGQEPG EAGGEGAEGS TAPGDSGDGQ PEDAPAAAAE ANGANPEDEA AAPADGAADG AAGEGGEEGD GAEGDEPPAP P APKYVRRV ISVPKVVSKL NVALGSLPEE LSVFPVFYFI LNRSGHVAAE ELDSAVEFGL LSEGPSLRIL EQMLSSVFVP IL VQMSGGD VASGGVLMQS MTDNSHRELL GNMQKFHSQV TQALQQLTGD VTLQLPDFPL EDMDRAAADT DLVMQLEQYM AEW SQVLAS VLQRESQKHP TGKGPLAEIE FWRERNAVLS SLYEQLNLPQ VKRMILVVEK GSDDRNLMAG FKSQLGELTK LATE ARDNV KFLTTLERHF KNIATGPLGG ILDTLPPMMN ALRMVWIISR HYSDDQRMGS LFQRIAREIG DRVEAAVDLR HIFRM TSAD AVELLKVCKS VLEHWLQTYM AMREKIELSG RDARWEFPKQ LLFARTNYMA EICTDLIEMV EIVDDFFRFL GPELKT VTG DTAGIDRVVH RVVAMYEPIE SISFNVFDYG NQHEWKAAKQ QFYADNEDIK EATRELIDTS FRKLRSAEGA CELLQSF KS IKSKGAIQKQ VMNKFNDILE QFAREIEQTA DIFERNKDAP PVTKNQPPVA GAIKWVRSLL ERLKRTMAKL LSTEEEII R TTELGQAVES KFKSFARSVM LTEKKWFSSW SDSINGVAMQ HLKQTIFRRS AATNRVEVNF HPDLVRLIRE TRYLDRMGF PIPEIALNVA LQEDKFLQWL EGLNSMLFKY YESIDQLTPV ERELMERKLE ELESCLQPGF TILNWNSLGI TEFIGTCDKA IATFQQLVK QVQKNSGIIE QVVYAIAGAQ LVTEPEEGAE VMDLQEFYED IERQRLAALE SLVKKYRTIS PLLGKIEEVV A GTNSGKSP ALSSYYSFWE RAIFNALNTM VLCAMTKLQD MIEQRSKHAE GGRKPPLFKV TVSLQSVDVV VQPPMTEVNK AL GRLVRSL VESTKAFVRW MDGTCVETPE QRGATDDDEP IVFTFYWDVA ANPQVIKTML NLNQSIQRAI TSVNKYAESW RRH QALWKT DKNSVLDKFK ARDPSAAQFE DKLSKYAKMA TEISAQAKDF DQDFIRVSCH ALASSVCDEA QAWVRAIAQT MREL DAVTE SQLRDKIAKY QTALHRPPDT LEELKQVLNT VNTIRGESMV MELRYADLEE RYRTRLLYAT NPEEESQCAH ELASA SQVR ALWTELLNEA EAVDWSLEET KKKFSETTRS QVSDFAAITA ELWEKFRTTG PGLPTVELAS GLDELHKYES NLADAL RQR EQLVLAEKLF GMEITAYPEL AQLESEIRKL AQVYGVYAEH AEAVRQYGGQ LWSELDVGKM MAGTEAILTK LRKLKSL KL LPVYELVEKE IQGFYNSLPL MKELKSEALR KRHWTRLMEV TGQEFDMDPK TFTLGNMFAM QLHKYAEEIG KITNAAVK E LTIESEIRKL ADVWREQRFE LGKYMKGPED RGWVLRSTED ILVLLEDMGL NLQSMMASPF VRPFLTEVRA WEQKLSLIG ECIEVWMHVQ RKWMYLESIF VGSDDIRHQL PAEAKRFDNI DRQWQKIMND TAKNTVVLDA CMADGRLDLL KSLSEQLEVC QKSLSEYLD TKRCAFPRFY FISDDELLSI LGTSDPTSVQ EHMLKLFDNC AALVFGRGNK TITGMVSSEK EGFEFRNVVP I EGAVELWM TNVEAEMRKT LYQITKEGIF FYAKTPRTKW ISENLGMVTL VGSQIWWTWE TEDVFRRVRD GNKHSMKEFA AK LTGQLSE LTSMVRSDLS NEVRKKVNTL IIIDVHARDI IDTYVRDSIV DAREFAWESQ LRFYWDRQQD DILIRQCTGL FKY GYEYMG LNGRLVITAL TDRCYMTLTT ALTYRLGGAP AGPAGTGKTE TTKDLAKSMA LLCVVFNCGE GLDYKAMGSI FSGL VQCGA WGCFDEFNRI EAEVLSVVSS QIKNIQEALK NDLTRFQFEG KEISIDPRTG IFITMNPGYA GRTELPDNLK ALFRP VTMV VPDLEQICEI MLFSEGFDSA KVLAKKMTVL YKLSREQLSK QHHYDFGLRA LKSVLVMAGS LKRGAPDMSE QLVLMR ALR DMNLPKFIFD DVPLFLGLIN DLFPGMDCPR VRYPQFNDVV EADLADQGFK VLTEPSEQVD KVVQLYEVMM TRHTTMV VG QTGGGKTVIL NTLARAQTKL GKKTHLYTIN PKAISVAELY GVLDKDTRDW TDGLLSNIFR EMNKPLPAER DEARYLVF D GDVDAVWVEN MNSVMDDNKL LTLPNGERIR LQNHCKLLFE VFDLQYASPA TISRCGMVYV DSRNLGYKPY IYTWLNSRA KQAEVDILRG LFEKYAVPSV DWILEGIDGE ELVRRPKQAV PVTNLNMITQ LCNLLNATIT DHPRMSDPQI LEAIFIFCTI WSLGAAIVQ RPESPDRDRF DAFVKHIASM GLVDGERVAA TQLPARSLYE YCFDTNEGVW KSWRSYLQPY EPPADGAFAK I LVPTVDVV RSTWLLNTVV AAGKPCLFVG ESGTAKSVTI ANYLAHLDST INIVLNVNFS SRTSSLDVQR AIEDSTEKRT KD TYGPPMG KRLLMFIDDL NMPRVDTYGT QQPIALLKLF IERKGLYDRG KELSWKNMKD VQVVGAMGPP GGARNPVDPR FIS LFSVFE IQFPSNENLR TIYQAILSRH LAKLPTDEIR DQLGERLTDV TLELYNFIID KLPPTPSRFH YIFNLRDLSR IYEG LLLTV GDVFKTPEQF LRLWRNECLR VLHDRLISTD DKRVMTERLE ALVQQKFPNL AAHTLASPVL FGDFKNVINE LQGEG EVAP RMYDDLGDYN SIKPLFEDVM TNFYNRKRKP MNLVFFEDAL EHLTRIHRTL RLPQGNCLLV GVGGSGKQSL SKLAAF TAG CEVFEITLTR GYDELAFRED LKRLYAMLGS DNKRVMFLFT DAHVADEGFL ELINNMLTSG MVPALYDGAE KDGLIGS VR AEVEKKGLLA TKESCWSYYV DKCRNNLHVV LAMSPVGETL RSRCRNFPGM VNNTVIDWFE PWPEQALTSV ASVFLAEE A LPEALRPQIV EHMVTVHQSV RTFSTRFLEE LRRYNYVTPK NYLDFINNYK RALATNRRTI EDTVTRLSGG LEKLIQAAV EVDAMQKELS QAQVVVAQAT KECNELLEVI STNTVDVETK AKAAAIKEAQ LKVDSEQIAI EKAEAEAALE EAIPALEEAA AALQDLSKD HITEIRSYAK PPEQVQKVCE CVVILRNIKD VSWLGAKSMM ADGNFLRSLV EFDKDSLTDK QVKKVKEYFK D PKAPLTYD SLRAISTAGA GLLKWVLAMV NYNNVARTVE PKRKKVAESE KNLRIAQKDL ASTKLELQSL NDQLGKLRTQ FE EKTAEQQ DLKAKADLME RRLIAASKLI AGLGSERERW TRDIADLESR RDRLIGDCLL TSSFLSYTGA FTATYRHAMV YEM WQDDVK ARGVPVTQPF RLEALLTSDV ETTGWASEGL PSDELSIQNG ILTVRANRWP LCIDPQMQAV NWIKSREGKM LEGK VKTFN DSDFLKQLEL SIQYGFPFLF ENLDEYIDPV IDPVLEKNLV PGSSGKFVIK LGDKEVEWDS NFRLYMTSKL SNPHY GPEI SGKTMIINYG VTQQGLTEQL LNVTLRHERS DLEEAREALI KQMSENKATL QALEDTLLRE LSNAQGNILD NSELIA TLE SAKLKAVEIA EKLEASKVTA AEIEETRVRY SPAAKRGAIL FFVIAGLSAI TNMYEYSLAS FLVVFNGSLH SSRRDAS IE GRLRNIIDTL TYDVYAYTCL GLFERHKLMF SFQMTCKILE GDTPLDPQLL DFFLKGNLSL EKAARRKPFD WFPDAGWQ D LMRLVELGQK KIGADGRMHA LGSLANDVES DEAAWRTWYD LEAPEEAELP CGYQSFLSDF EKLCLMRCLR MDRVTVGIT RFVIGVMGEK YVQPPVLEYR SIYKQSTETT PIVFVLSPGA DPAFDVFKLG EEMGFRPGAK LKYMALGQGM GPKAQELIET GATRGLWIM LQNCHLLPTW LKTLEKILEK ITKPHADFRL WLTTEPTDRF PLGVLQRSLK VVTEPPNGLK LNMRQSYSKI T EEVLADCP HQAFRPLVYV LGFFHAVVQE RRKYGKLGWN VPYDFNETDF RISMALISTY LTKAWDAQDD LIPWGTLRYL IG EAMYGGR VSDSYDRRIL TTYLDEYLGD FLFDTFQPFR FYACKDYEIA IPQTGSRDTY LKAVEALPLV QSPEAFGLNA NAD ISYYTS ATKAIWTDLV DLQPRTGGGG GGVAREEFIG GVARDIAAKI PEPFDLPQLR KELGTPSPTQ VVLLQELERW NSVL GVMVS SLRDLQRALS GEIGFSSRLE ELASSLYNGK LPAMWARLNP ATEKALGAWM LWFGRRYRQY KDWTEHGEPK VIWLS GLHI PETYIAALVQ AACRDKGWPL DKSTLYTKVT KFTDPYQVSE RPKYGCYMSG LYLEGAAWDL EASQLRKQDP KVLVNE LPI LQVIPIEANK LKLANTFRAP VYVTQARRNA MGVGLVFDAD LASAEHSSHW VLQGVALVLN ID

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Macromolecule #58: Dynein-1-beta heavy chain, flagellar inner arm I1 complex

Macromolecule	Name: Dynein-1-beta heavy chain, flagellar inner arm I1 complex type: protein_or_peptide / ID: 58 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 511.297469 KDa
Sequence	String: MEPGDEGKGH QLTADATCIA WVRSKLQLLK PESLGDSDGA EWLSSVWHND VHTPVVSTFL MSVKATRMFA ALDGGHEGGS SPKLVLALE VPKQFEQMVY FVRDPSKFVT RENVGSVIFF GVMRGGDPLH SLLNIMHGLY VPVVVANTTW PETVKSDFTA Q MHKFMANL ...String: MEPGDEGKGH QLTADATCIA WVRSKLQLLK PESLGDSDGA EWLSSVWHND VHTPVVSTFL MSVKATRMFA ALDGGHEGGS SPKLVLALE VPKQFEQMVY FVRDPSKFVT RENVGSVIFF GVMRGGDPLH SLLNIMHGLY VPVVVANTTW PETVKSDFTA Q MHKFMANL TETVYEVKGK TILYIPQEDL RDPKAAAKQK DLVQRLESTI IHWTRQVKEL LNQQDSVDAS EQAGPLAEIE FW RERSVDL SGIRAQLDDG AVSSIVSVLE YAKSSYLAPF LSLRNLIHRE AVAAEDNLKF LLCLEEPCQQ LASAHPQTIP SLL PPILNC IRMVWNLSRF YNTPERLSVL LRKLSNEIIN RCCSVISLPD VWSGDVDNVM VALRQSMEAG ERWKELYKRT AAAV AVRSP KPWDFDISSI FAHIDAFLQR CNDLLEVCEA QLQFAPRTPL PVFGGTYGPE VKKSILDIQE SFQGLVQGLQ ALKYD ILDV KATRWHDDFN GFKGGVKDLE VMMANVIQRA FDTQPCLAAR GELLEGFQTM AKRDYIRRFV EKKTVEFFAL FNAEIN TVK KLFDAVKRSQ PKSPILPRYA GLAKYAMNLM RRLEQSHKVV DSVRYTLPQV SEAADVMQQY ELAHQAIEQY ISNTHND WF STIESSIAKE LQACLLTQDK ASGGLLSMNF HKDLLSMGQE VHFWERMRLA VPLVAMEINA QREKYRVLRD NILMVVRD Y NKILTALDKE ERKLFHDRIR YLDRRIMPGV TKLQWTADKH ALEFYYREAR KFCRDADMAV GDYKTANSRL DAICRSISE LVLVDVEKKK IYQHAEFANL QESHHAKIKD RLVSAVDEIR DIMASIHRVF EQDSEEVQRE WVRFTQKVDR KLEDALRHVI KKSLQELSR LLNGDNKTEV MPIFHVTMVL ERTNRVELRP TIQALFDTIN SVARNLILVL QSVPRVALQL TDKQRRDMED A GLPLPKPL PTLYETISAD EDAVLRTIMQ ITSGITSIID KVQAFLTYWE KKYRQVWEAD RDAYIRRYEK AQKPLSSFEA DI SRYLQCI DEIRGEDGAT NMRFLRIDCG PLKLTLVGHC EAWVSKFTGL LGQLAATELR TLHTYFRENK DSLMLAPSTL EQL AELVGL HRRLADERRR TEARFEPLRD KYKLLERYEV GAKEEEAALL EGLEPAWTQF QALLDETAGK LERYKDNFRE KVKS LLDTF LKDVAQLCED FSRDAPYSSE VPTPDALDFI QASKQADEDT RKRAAEIKNG MDIFNIPQPQ YKDLAAMEKD LDFLD RIWG LKDEWEQLYY GWKDGSFTDI KVEEMEEAAV RIGKNVAKLG RDIRQWTVWS SLKDTLDAFK RTMPLITDLR NPAMRP RHW QNLQDHIGVR FDPHSRDFTL DSLVALRLDQ HVEFVAELSV NATKELAIEN NIKAIAATWS ALGLDMAEYK STFKLRS TE EIFTSLEENI VTLSTMKASK YFIVFEKDIA YWEKTLSHIS ETIEIILQVQ RNWMYLENIF IGSEDIRKQL PQESQMFD A VHNNFMRLMK QLYSTANCLK ACTAQGLLES FQDMNNKLER IQKSLDNYLE NKRQQFPRFY FLSSDDLLEI LGQAKDPLN VQPHLKKCFE GIKKLDMHLP GEDRKQTISV GITSPDGEYL PFANPVITEG RPEEWLNRVE DAMFLTTKKH LYKVLEESKA QKKEKWVKE NQGQMIITAG QIVWTHECEK ALADADSARK NLKLLKKKWI SYLNKLTAVT RSKLNKIERN KVVALITIEV H ARDVIEKL GKSNCSSTND FEWVSQLRFY WDREKNDCIV KQVLSVFYYG YEYQGNNGRL VITPLTDRCY MTLGAAMFTR RG GNPLGPA GTGKTETVKD FGKALARYVI VFNCSDGVDY KMTGKMFSGL AQTGAWACLD EFNRIEVEVL SVVATQIAAV MQA IKESKK RFLFLGQEIR LNPSCGIFVT MNPGYAGRSE LPDNLKAMLR PVSMMVPDFT LIAEIMMFSE GFSSAKVLAK KMIA IMELS QQQLSKQDHY DYGLRSFVIP IARAAGSLKR LDPEGSEEVI LYRTMLDLIK PKLVYLDLPL FMALLSDLFP GVELP PADG GSLRRAIEAE LRESNLQIVP EFVTKIIQVF DCKVARHGNM IVGRTGSGKS EAWKCLQRAL GRLRKEEPDD DRFQKV HVH TINPLALSND ELYGCFEAAT HEWQDGVLAR IMRTVCKDET HEQKWILFDG PVDTLWIESM NTTLDDNKLL TLLSGER IA MTPAVSLLFE VEDLSQASPA TVSRAGMIYL NVEDLGWRPF ITSWLAAKQA APGADAAIID QVSKLVDKYM EAALEHKR L HCRELVPTDR LSCVRAFTRL WDALAVPENG VGTMPVDESA GPPGSKAAAA AAAAAAAAAP PEETSGGTGG NLVEMWFLF CLIWGIGGPL DEEGRKKFDA FMREMDTRYP SSDTVFEYFV EPKAKSWLAW ETKLTGAFKP AMDQPFFKIL VPTVDTVRNR FVGSALVRV SQHTLIVGNV GVGKTMIVGS LLEGLPGDRM SSMTINFSAQ TSSNSLQDTI EGKLEKRTKG VFAPAGGKRL V CFIDDLNM PQKSKFGFIP PLELLKLWVD NGFWYDRAKC EVKHIKDMQL LAAMAPPGGG RNAFSQRVQA CFATLNVTAP ND NQLKRIF GTILNAKLAD FDDEVKPLSE PITMATIGIY RAVSKELLPT PSKSHYLFNT RDLAKIIQGM MQATKAFYNS KEE VLQLWC HECMRIIADR MWDHADKEWL VRQLDEKLGT TFSTSFGTLF EAYNETVPPF VTFMRQNVDV PVYEAVRDMV ALKD LLTER LEDYALEPGH SAMDLVLFRD ALSHVCRIHR ILGQPRGNAL LVGVGGSGRK SLARLAAFVA ELKCFTIEIT KNYRQ TEFR EDLKGLYRQA GVANKPTVFL FDETQIVYET FLEDVNNILT SGEVPNLFPK DELGSVLDEL RPAAKAAGAG ETADAL YGF LLERVRTNLH VVLCLSPVGE AFRERCRMFP GLVNCTTIDW FTEWPADALF EVAQKQLMDV DLGSTEVKTA VCKVFVT AH QSVENTSAKM FAALKRRNYV TPTNYLETVR GYKGLLAEKR TELGEKAAKL QGGLHKLDET SVQVAAMKKV AEEKKVVV A QAKADCEELL VEIVQDKRVA DEQEKQVNAE AQKIGKEAEE ANIIAAQVQQ ELDKALPALR EAEAALDVLT KKDMSELKA YAKPPEKVEM TLNAVLTVLR RPPNWDEAKK RLSDANFMQS LKEFDKDKLD DSLLKKIGKF TANPDFTYEK INTVSAAASG MCKWVHAME TYGYVAKDVA PKRAKLKSAQ DTLARKQAAL ALAQEQLAVV LAKVQALKDK YDTSIARKQA LEEELADLEG K LERAEKLV TGLAGERVRW EASISEYNIA LGCLPGDVVV AAAFMSYAGP FPSEYRDELV KHTWLPQVKA LNIPASEHFD FA LFLANPA MVRDWNIQGL PSDSFSTENG VMVTRGRRWP LMIDPQGQAN KWIKNMEGRG GRLKVLNLQM SDMARQIENA IQF GQPVLM QDILQEIDPI LEPVLAKSFI KRGNQTLIKL GDKEVDYNFD FRLYLTTKLA NPLYTPEIST KVMIVNFAVK EQGL EAQLL ATVVKNERPD LDKQKNDLVV KVAAGKRTQA ELEDTILHLL STATGSLLDN VTLINTLDQS KTTWEEVNAS LAVAE ETQK KIEAASQLYR PCSVRASVLY FVLNDLSTID PMYQFSLDAY NDLFLLSIKN SPKNDNLAER IKSLNDFHTY AVYKYT SRG LFERHKLLLS LQMCVRILQT ANQVNTEEWQ FFLRGGTVLD RSSQPNNPSQ EWISEEAWDN ITELDALPNF KGVVSSF ES NLGEWEAWYR KGDPEASELP AEWESKCNEL QRLILVRCLR PDRVIFAATT YVSNALGRKY VEPPVLDLAE TLKDSTAL S PLIFVLSAGV DPTDNLRKLA TEKGMTSRFF TVALGQGQAP TATRLIEDGL REGNWVFLAN CHLMTSWLPT LDKIIEGFE TKQPHENFRL WLSSNPSPSF PIAILQRGIK MTTEPPKGLR ANLLRLYNSV SDASYAQCKT QIKYQKLLFA LTYFHSVLLE RRKFRTLGF NIPYDFNDTD FSVSDDLLKS YLDSYEQTPW DALKYLIAEA NYGGRVTDEL DRRVLASYLN KFYCEDALAV P GYLLSPLS TYYVPENGPL QSFKDYILTL PAGDRPEAFG QHPNAEISYL IEDSKVLLDS LLSLQPRTEG AAGGAGTRRE DV VMAIATD LLDQVPQPFN LEEVMKAKAD DPSALHVVLF QEVERYNALL VAVRRSCVEL QRGIKGLVVM SADLDLIFES LYA AKVPAA WLKTYPSLKP LGPWTRDLLQ RIEQLATWVE ETYPRVYWLS GFTYPTGFLT AVLQTTARKA SVPIDTLSFE FSII NLDER EINAPPKEGV YIKGLFLEGA GWDFENGCLC EPNPMELIVP MPILLFRPVE NKKRTAKGIY TCPLYLYPLR TGTRE RPSF MINVDLRSGS ADPDHWIMRG TALLLSLAT

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Macromolecule #59: WD_REPEATS_REGION domain-containing protein

Macromolecule	Name: WD_REPEATS_REGION domain-containing protein / type: protein_or_peptide / ID: 59 / Number of copies: 2 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 146.542375 KDa
Sequence	String: MATSTLAPRF IFGFRADVKD NVHYAEDGSV VYPAGHNIVL YSPDTRTQRL IPGTLESEGI TAICVSANKK LMAVAERSDK AMISVYDMQ TLKRRKVLVS TDAGSKEYVS LSFSGDGKTL IAQGGAPEWN LVLWVWEKSK VGSVVKTTNQ QGVPMFGCAF S PGDSALVS ...String: MATSTLAPRF IFGFRADVKD NVHYAEDGSV VYPAGHNIVL YSPDTRTQRL IPGTLESEGI TAICVSANKK LMAVAERSDK AMISVYDMQ TLKRRKVLVS TDAGSKEYVS LSFSGDGKTL IAQGGAPEWN LVLWVWEKSK VGSVVKTTNQ QGVPMFGCAF S PGDSALVS VIGQGIFKLF RNADAGLKAV NPVMGKRDPG LASCQCWVPD PPGSNEQRER LLLGMSDGEV LLLEGTDMKA AF SCDNGLP AVSIAAYSKG FVVGQDGGVV TIFERDEKEF YRRARAFTIE GNACKVLNLA ISPNEEHLVA SLENNQAFTL LLS NQEIMK QDEMNFEVLG TPNHAGPITG LDVCVRKALI ASCCSTDRSV RLWNWADRTC ELYRTFADEI FSIAIHPTGL QVLV GFADK LRLMAVLMED LKVVKELGIK GCRECCFSTG GQYFAAVNGT TISIYNTYTC ENVGNLRGHN GKVRSVAWSP DDSKL ISAG MDGAVYEWRL KDLKRDKEHV LKGCAYASVL ATPDCKLLYA TGTDKKIKEF EDSTGTGTTI SKEIDTGGVN LTQLAL LPN ARVMFAATEA GGVRTYKYPL TGEFQEAKCH AAPVSRLRVS WDESLLVSGG EDGSVFVWEV RDKDARAAAR REQEKLE YA VEVLVTRSEL DEKRSRMSEL EQQVAELTMQ TEYQLRLKDL HLQERVKELT DKFSGESEAD RQKFEALLAE KNEMEMEY E DKLKQAEERS QAQLQALDTQ YQAKIMAEVE RYQALMQEKE LLAERWDEQN SLLVESHERV IAELTEDYEA KLAEEALKI EALQEEALKI EALQAEKAEL EREFEEIKKQ LEEDADREIE ETKEKYEQKL QTERETSLRL KGENGIMRKK FNNLQKDIEV CNTQIKELY EQKKELYATI ASLEKDIASL KREIRERDET IGDKERRIYD LKKKNQELEK FKFVLDYKIK ELKKQIEPKD L EISEMKEQ IKEMDGELER YHKTNANLDL TISNMHLKQA GLANEVTDQR REKQDAYALM RRFQHDLQEV VGFLQEPKVL KE KVKWLYQ KHCGELQSGP AEDGDVEREA ARQREYLEKT VDSLKRKLAK DSELHRTDNL RIMQENTALI KEINELRREI KAL KGAGLG AVGLGKPGSA NGGAGRPGRG SPDAAAQELR RELDMQRDLI ARLREEMMMK EARIKQLEAM VVPRPISRER LPPM EGFSG APQQPPPPSV SVASSYAPPT GMLAGGAGGP PVGLPPPSPQ RPGSAGGGGM RDSGGVVNSG AVLAGAAIAA SMGPV REDS GEGYDGGAGG GQEEGFEEQE GELEGELEGE LA

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Macromolecule #60: Inner-arm dynein f/I1 light chain

Macromolecule	Name: Inner-arm dynein f/I1 light chain / type: protein_or_peptide / ID: 60 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 26.239871 KDa
Sequence	String: MADTLRSQLE AGPRDSLLDV ILNRVQKSGK TVLTTRIVYV ARLAQRQNSS DSVRALLSRV IEKHSSVEGE ITGFLLVYPL CYIHVIEGK TPQLMAVLRE VLNHGADVRL AETRVVSSCE DVPGRHFNGW YVAYLPSGST VESMDPLDAF GAVKGATDIN T FLRKAGPE ...String: MADTLRSQLE AGPRDSLLDV ILNRVQKSGK TVLTTRIVYV ARLAQRQNSS DSVRALLSRV IEKHSSVEGE ITGFLLVYPL CYIHVIEGK TPQLMAVLRE VLNHGADVRL AETRVVSSCE DVPGRHFNGW YVAYLPSGST VESMDPLDAF GAVKGATDIN T FLRKAGPE LLAPMDPETR RKLSNVDASL EDVPAQELVL SLTPTEDAPT VAEYLDIFDA PVNVDLESEQ VWPMPPPLKY

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Macromolecule #61: Heavy chain alpha

Macromolecule	Name: Heavy chain alpha / type: protein_or_peptide / ID: 61 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 504.949312 KDa
Sequence	String: MSIFWEVPNA QGEAPCPRSG HSFTVLGERF VLFGGCGRKD GKAAAFNDLY ELDTSDPDEY KWKELVVANA PPPRARHAAI ALDDKRLLV FGGLNKRIRY NDVWLFNYDD KSWTCMEVEG AAPEPRAHFT ATRFGSRVFI FGGYGGSGQV YNEMWVLHFG E DGFRWQNI ...String: MSIFWEVPNA QGEAPCPRSG HSFTVLGERF VLFGGCGRKD GKAAAFNDLY ELDTSDPDEY KWKELVVANA PPPRARHAAI ALDDKRLLV FGGLNKRIRY NDVWLFNYDD KSWTCMEVEG AAPEPRAHFT ATRFGSRVFI FGGYGGSGQV YNEMWVLHFG E DGFRWQNI TESIEGTGPA PRFDHSAFIY PVTPNSDTYD KLLIMGGRDL SQMYQDSHML DLNKMAWENE TQPPTLPYEI CN NVCDGIE SVPYHKVFSF GGRKGMMQYL NTVEVMDCGS QMWSTPPVDH GVAPVGREDT AWVFDVKTCS LLIFGGWANR WLG DLHKLN VSPIIGPPYA CTAIQPEMGP VFGSTELVIR GLRFRDGKVQ VKFGLSEKNE VVVEGTYVDQ ETIRVQTPNY EQFG ALTVD VRVSINGEGW TVNKIKYAYF ANTAARNCIA YGPGLLAETI SGVEVPFIIQ AKDTLNDKRT SGGDVFKVTV VSADG KNEG VSRVRDLQNG QYEVQYAAPT AGPYLIHVAF NELGTSDFVP IRGSPFTVKC TDSWTKHRVM GAAPAKRKGA TICTMG NEL VLYGGDKSGV TVLNTEGAEW RWSPATVSGS TPPDRTAHST VVLSDGELVV FGGINLADQN DLNDIYYLRK QGEGWVW SC PSESRPYIRH PKGAAAVSAE PSAEPAAEPA AEPAAEPDAD APAAEPAAEG EEGAVPAEGE EGAEGASGSR PVSAKPAP A AAAPAAEALP ELPVSARNSH VAVAIDKDLY VMMGDHDGDL MTELAMVDTS DRTCAHWLEP ILKGDVPVPR KACAAAATG NTIVLFGGQT QNADGEATVT GDLVIMEVTG PNSIQCAVNP AAPGASGSPA ARYGAVMQEF SNGKLFLHGG MDAASKPLND GWLFDVPSK TWQCVYVGSS DVVLPTGSLA TLWRNRIVLV SAAVGSPKLD SVQSLDFQEL RDSVAFTPKM RASTETLLKG L EDWVDTQA HGMELARSPE KLSKDFENGL RKVMDALFQV KSQRSQTDLL IDQLHEAFAQ LAEEKVPGIN KMEKRLEAAA HK WDEIKKA QPQVKTDVEP IQAAKGEDIK KEIETFAAKV RNYRADFRRR GFFKYATGFD GAYPLLDAAA HELAELKKEC DRL SELASV FEFPQAIEPV TVAIKETVED LVMVKDVWDT AVLCELQFQD WRQTLWSDIR TDIMEEGAKQ FVKEVKSLHK KVRD EDVFR GVDQVVKNFL VSVPLVADLR SPAMRDRHWE QLMATTKMTF NVKDPNFKLD DLLALELHKF EEEVGEIVDR AQKEE KMEI AIRKLNDTWT RVEFQFHRHK DYDVHTVKMA EEDFEALEDN QVQVQGMIAN RYMATFKDEI LGWQKKLNDV ADVNQI MAE IQRTWAYLES LFIHSEEVKK ELPQATERFA AIDTEVKKVL REFQQLKNCV SCCNREGLYA NLETQERELE ICKKALN DY MESKRRAFPR FYFVSSADLL DILSNGNNPM RVQIHMNKCF QAIDKLRLDS EEVVPGRRPK ALGMESCVGI EYVPFSSP L PLENKVEQYM NDIIAKMRNE LRMVLKASVE DYPSKPRDKW LFDWPSQIIL VVNQIYWCLE VEQAFTEMAR GDKGAMSKY NEFQVKQLTK LIEVTRTDLS KPDRQKIMNM ITIDAHSRDM VLAVIEAGAD QPDSFQWVSQ LRSYWDRDIS DCRIRICDAS FPYGYEYLG NGPRLVITPL TDRIYITATQ ACWLSLGTAP AGPAGTGKTE TTKDLSAQLG KSVYVFNCSP EMDYRTMGDI F KGLAASGS WGCFDEFNRL VPEVLSVCSV QYKCVTDSQK KKTMLPGRGL EYIKDGVKHP AVEHWSFIAA DGVEMPLEEG TS AFITMNP GYIGRAELPE SLKALFRPIT VMVPDRQLIM ENMLMAEGFV EAKMLAKKFA SLYYLLEDLL SPQKHYDWGL RAI KSVLVV AGSLLRAEAG QVEADVLFRA LRDFNIPKIL AQDMVIFMGL LNDLFPGIDP PRKRDMEFED VIVSTIKDLG LTPE DDFVL RVVQFSELLA IRHCVFLMGP TGTGRTECYR VLAKAITKGC NNPVNDYLKM TNKKKVVIRD INPKSISTYE LYGQV NQAT REWKDGLLSY YMRELANMPG DDPKWLLLDG DLDANWIESM NSVMDDNRLL TLPSNERIRV LPHMKLIFEI RDLKFA TPA TATRAGILYI SEGQQWHNMA MSWINRVVKP YAERAKWKDP QLPCTWLREM FDKYIPPTLL EMKKSYSHIT PLAQMNF IS TLVNIMEGVL KPENLSNKAD QAMFEMYFVF AMIWAFGGGL VEKDGIPYRR NFDKWFKQTW TTVKIPGKGT VYDYFVNP K TQKFQPWAEL VTDIDYDGSR PMSTVFVPTA ETSSLRFFLD MMVDLRKPIM FVGGAGVGKT QLVKGKLGSL NEEQISLSI SFNYFTDVVS FQKVLESPLE KKAGINYGPP GTKQLIYFVD DLNMPKLDLY ETAMPISLIR QHLGWGHWFD RAKLTPKNIN NTQYVACMN PTAGSFIINP RLQRLFMTLA VDFPGQDSLM KIYGTFLQGH LKKFSESIQD MGTKILQAAL ALHDRVSQTF R KTAINFHY EFTVRHLANV FQGLLMSTPE AFNSPTKWGK LWLHESERVY ADRLVSLYDL DAYNKAATAI AKKYFSVADI DD YYKKKDP KPLIFCHFAR GLADKAYDEV ADYTSLYKTL TEALNEYNET NAAMDLVLFE DAMKHVCRIS RIVSNPSGHA LLV GVGGSG KQSLARLAAH ICGYATQMIV ISGSYSMNNF KEDIQKMYKR TGVKGEGVMF LFTDSQIVDE RMLVYINDLL SSGE IPDLF PQEDRDEIVN ALRSETKSLG LLDTAENCWA TFIQKVKTNL HMVFTASPVG ENFRVRSQRF LATVTSTVID WFQPW PESS LFSVAKRFLD EVDLGEDAVR NAVVEFMPYS FQLVNKVSIK FREQERRYNY TTPKTFLELI KLYKNVLAAK RKANQD NTE RLENGLHKLH KVQADVDILV EEAKVKAVEV EHKVASANIF AEQVGVEKEK VNAENAAAQV EAEKCAVIAK EVSEKQA SC EKDLAAAEPL VAEAMAALET VTKKDLGEAK SLKKPPPGVD DITAVVIILL ENNPKDKSWQ AAQKLMNNVD KFLERVKS F KSVIDAGQVA RKTVDACRPY LALEWFNREA IGKKSAAAAG LCEWAVNIIK YYDVVQEVEP KRQELAAANA KLEEANVTL AAVEEKVALL NAKVQELEQQ YKEANDDKEA AIRESERCQR KLELANRLIN ALASEGERWA LTVEQLRKSY EVLTGDMLLA AAFVSYAGP FTAKFRAQLI DDWILFLRER HMPMTEGITD PLKVLVDDAL VAGWIREGLP SDPTSVQNGT ILTNSERWSL M MDPQLQGI LWIKERESKN NLQVTRMGAS NMLQVMERAI EAGHSVLVEN MGETIDAVLN PIITRSTFKK GRSLYVKLGD KE CEYNKNF RLFLHTKLSN PHYPPEIQAE TTLINFTVTE AGLEDQLLAL VVNKERPDLE ETKTQLIIQN TEFTIKLKEL EDG LLLKLS TAEGDITEDV ALIESLEDAK RVSTEISEKV KESRETEAAI NENRNKYRTV AARGAMLFFL LNSLNKIHAF YQFS LNAFV TVFSRGLDLA PGGRKKGKGL KKTPSLRDQP MDHQSLMEKA RRSSGVGDRR PSQEGLPGPE ASQASLAESQ GGRGS QVGD AEDEDDESFA MAPEALEQRL VNLLETCTFT VYNYTRRGLF DRDKLIVLSL LTFTILLRSQ AVDASEYEAL CRGMRN PTP PPITDDLSRW MAESQWAALD VLTTLPCFAH LAKDMEKNSD DWFNWCNNEA AERAPMPGEW GKLTEFRQLL IIRALRP DR ITNALQNFCE HMMGSDYVNQ DAFSPAAMMD ESSSATPIFF ILFPGYSPSK EIEVYANKCG YSVANGRLCL ISMGQGQE A PAEAVLDKYT REGGWVFLDN VHLMQGWIPK LERKLEIAAE SAHPDFRCFF SAEPINGAPH ANIIPESILQ TCIKISNEP PSDMKSNMRR AFAAFTPEQC DRPSTPAKRV AFRAILFGLC FYHSLLLGRK KFGVGIGTGS GSGLGFCRGY SFNIGDLTTC GDVLYNYLE AYEQIPWRDL QYMFGEVFYG GHITDSMDRR CCTTYLEVLI RNEILPKGNP DEVEAWEAPT LELAPGFFAP K PVDYPTLK EYIETSLPAE SPVVYGMHPN AELSLLTSLG ETLFKTVVEV AGGGGGGGGG GGGGENAVRQ ALETFKERLP EP FNMVEVE LRVKEKTPFV VVALQEATRM NALLSEMKRS MEELQLGLDG ALNMSDNMEK LAKGIASNTV PELWMSCMST RVQ EVYTLT AWYQDVVKRH DQLSAWTAGD IITPHSVWLP GLFNPKAFLT AVMQTFARAN KLPLDVMKFM TEVTRMTSPE QVTE AAPLG VYVHGLVLEG ARWDREDGCL RDSKPNELHP AMPVLQVKPV TADQFNLEGY YECPVYTNMQ RANVYSPVVS TFTLR TQDM PAKWVLASVA LLLQDDLAG

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Macromolecule #62: Flagellar outer dynein arm heavy chain beta

Macromolecule	Name: Flagellar outer dynein arm heavy chain beta / type: protein_or_peptide / ID: 62 / Number of copies: 5 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 520.510906 KDa
Sequence	String: MAEDEGMTAA APSSSVKDIR FDYIRDRVCS CLKVPDSAYD KLVSGDGRTS LVQFMEEAHT KRLLIMLDGK DLSATVKPPP KFKKKTVYF LKLQETKLDN DNIKKLVIHG EISENPLETL AAISQDVFMP VLTAPANQQG WPDVVAKEVT ENLHKFVSNV F VTIGQMKG ...String: MAEDEGMTAA APSSSVKDIR FDYIRDRVCS CLKVPDSAYD KLVSGDGRTS LVQFMEEAHT KRLLIMLDGK DLSATVKPPP KFKKKTVYF LKLQETKLDN DNIKKLVIHG EISENPLETL AAISQDVFMP VLTAPANQQG WPDVVAKEVT ENLHKFVSNV F VTIGQMKG QTLLPLPPQN TVPTLQPEQS MHSLKDQDKI HILESAIVTW TKQIKNVLKA DPDAPLKEPG AYPGPLTELN FW SERAANL NSIHEQLTSE KTQKVVKVLE LAKSTYYPAF QRLFREVEAA QQEANDNVKF LKPLRKYLDK LNMMDDFPML VDL FKPIMH TLMLIWKHSK SYNSSTRFVT LMQEICNDLI MQACKYVPGS DLIQMEPSEA VDKLRMTLRV LGTFKNYYFE YRAL SMQDT PENPWKFQNN SLFARLDSFL ERCHDMMDLM STCMQFNRLE RVEIGGTKGK VLTNGVKAIH QDFTSAVEKF QQVTY DVMD VDAKQFDEDF FGFRVVIKEL ERRLAAIIIQ AFDDCTTIGT TFKLLDSFEG LLDREVIAHD LEKKHTDLLH SYARDL KDV ADLFHQYKDR PIVAKNSAPY SGAAYWVRGL MERIKDPMDR LLTMNKMVLE SELFREIQRT YDHLWEEMTE YRTRAVD AW CAQVAATSDE KLNLPLLSLI EETADGIRVL GVNFDPALVR LLRETKYFLL LETSTQDKNA DRNAEKAAEG GEVEVVKK A PKLSVPDSAK DLFASADTFR QQISALDLIC SIYNKVQRTI LAVEKPLVQQ KLDAVEQALN RGLAELNWKC AEIDTYIKE CMELVKDVDL VLNTIKDNVK ATQGILAMWE KNLMFERKDG KTYTFDELND AFNQLIQQRH SEIRDAGKEI TKLLSSSNRV LKVSKGAAS WRAYVDYFSN IVIDGFSAAI ISTVRYLLSQ IDPDILAKTE SSPLLEIQVE LVAPDIVWKP DLGEGGAKPG L RDMIKKWL QSFLEIGQLM KRLDVGEGNY AKELEEDFEV YDALNQVMMV TLANESRCED FKNQFAKFDY LWKQDLQATL QQ FITDNGV TLPDGTRDDP PLAKFEEQIV KYKNVASEIA SFKDTMTMGY VKVNAKPLRQ ALSTWASKWV YLFTHYLQEK VVN SITELY TFMDTSNSTL DLKVMGEGVE EEPEYHPDQD PEEAAAKKAA EEEEKRKALY AIMACMRDIR RRTERGTDTM FEPL KETVT ALHTFGIQLS DTVLHQLDNA EFNWRTLKKK MLNRREQLAP LQQAEAVEIR RKSDAFNERV EDFRTFFQRK APFAV SGGE LKLEQVKPAY KLLDEFRSGS LEGYPSVLGI IAESKQLQEA QDLFELYQPG YLQLQRCSEE LGHLKSLWDT VGTVMF TFR DWYKTPWDKI DVDFLVEETK KLSKDIKMLN KAVRNYDVYR MLEEAIKAVL TSLPLVQDLH HPAMRERHWK LLMQTTG KH FVMDDKFCLG DLLALELHNY VDACSEIVDR AQKELNIEKQ LKKIEDTWAG LSLAFSTYQD SDVMALLVDD AVNEALEA D NLQLQNLSGQ KYVQSNPMFL ETVSKWQNNM GRVSAVLETW QNVQKKWQNL ESIFIGSADI RVQLPEDSKR FDAVNADFQ ELMRTAPDIT NVVEACTLDG RQERLENMQS MLEQCEKALQ EYLETKRVAF PRFYFVSPAD LLDILSKGSN PQLILRHLQK CFDNIDNLS FRKDERGDPT KIATHMHSKE GEVVEFVEDC SCDGPVEVWL QNVVDSMKLA LQVEFRKAIP TYDELPRTKW I YVYSAQNT VVVSRTFFTQ EINEAFDDLE EGNEEALKVE LDRQVQQLAD LIDEINKEQT SLDRKKLITL CTIDVHSRDL VQ KLIDERV EDQMCFQWQS QLRYIQSEKT KTCQVNICDA EIAYSYEYIG NCGCLCITPL TDRCFITLTQ AQRLVLGGAP AGP AGTGKT ETTKDLARAL GIQCYVFNCS DQMDYKAMGH TYKGLAQTGA WGCFDEFNRI PVAVLSVCST QYKTVLDAIR AKKE RFTFE DADISLKSTV MAFITMNPGY PGRAELPESL KALFRPVSMV VPDLALICEI MLMAEGFQMS KILSRKFVIL YKLCE DLLS KSRHYDWKLR AIKTTLYVAG GMKRAAPELS EDKVLLRALR DFNLGKLTAD DTSIFMGLLN DLFPKTLELV PRALDK AFD EAAHKAATEL GYQPDDQFLL KISQLRELFV VRWSVFLLGA AGCGKTAVWR TLLRAQNSSG EKTIYQAVNP KAVTRNE LY GYLHPATREW KEGLMSVTFR NMANNKTNKH QWIVLDGDID AEWIESMNTV MDDNKMLTLA SNERIPLTPS MRLLLEIN H MVHCSPATVS RGGVIFINAD DVGWQPVVAS WIDKLEAAEY RPLLTALFTK YVDPCLEHCR RNFKTVVPLP AVNQAMTIC KILEGILPKE TVRGAPPPDK KLLHYHFVFA CVWAFGGCML VDKVTDYRTQ FSKWWVSEWK DVQFPEKGLV YDYYVDEQNC IMVPWEDRV TKFQYIPGDF TSLFVPTVET TRLTYFLDSL VSNKHYAMFV GNTGTGKSAI MVNKLRNMDT ETMSFYTINM N SLSEAPAL QVILEQPLEK KSGVRYGPPG SRRMVYFVDD MNMPLVDKYD TQSSIELLRQ MVDYHGWYDK VKIQLKEIIN CQ MAACMNP TAGSFNITPR MQRHFVTFAV QMPNAEITRA MYYQIIDGHF SSFDVDVAKM SNKLVDATCE LHRNVMHNFL PSA VKFHYQ FNLRDLSNIT QGLTRAIKEY YREPVKVARL WVHECERVFR DRMINEADMA KFDEFRVAVT KKFFDDCGGM VAIE ERPLI YASHASMTYT PEDVPVYNAL SSYDVLRKTL EDKLREYNES NAVMDLVLFQ QAMEHVTRIA RIIDLPRGNA MLVGV GGSG KQSLARLASY ICGYEVYQIS VSSTYGINDF KENLLGLYRK AGTKGTPITF LMTDNQIVKE GFLVYINDLL STGYIA DLF TPEDKEAFTN AVRNEVKAAG ILDSAENCWD FFIDKVRKFL HIVLCFSPVG DKFRIRARQF PALVNCTMFD WFHGWPG EA LVSVAQRFLV DVPNMEEVVR ENIAYHMAYA HQCVSEASER FKEAFRRYNY TTPKSYLELI SLYKMLLQLK RDDLRRSK E RLENGIDKIA QAAAQVTDLQ RVLKEEQIVV DEKKAQTDEL IVSIGKEKAI VDQAVEAGRE DEEAATALQT EVSAFQAEC ERDLLEAEPI IAQAEAALNS LNKKELSELK SFGSPAAEIV QVAAACLVLT CGGKIPKDRD WNAGKKMMAD VNSFLSSLMN FDKDNVPVV CVEVVEKDYI SNPGFTPDNI KGKSAACAGL CSWVINICKY FRIYQVVAPK RAALAEANKK LDTANKKLKV I RDEVKRLQ DRVALLEQSL MKATEDKNAA IAQADRTARK AQMAERLING LSGENTRWGA EIKRLESLEG RLVGDVLIAS AF VSYAGPF NMQFRKSLVD EKWLPDIIER QIPMTQGIRP LDLLTDDATK AKWANEGLPT DPLSVENGAI MSNASRWALM IDP QLQGIK WIINKETNNG LVIIQQSQPK YIDQVINCIE NGWPLLIENL PVDIDAVLDP VIGKMTIKKG RNIIMKIGDA EVQY DSRFR LYLQTKLSNP HFKPEVAAQT TLVNFCVTEK GLEDQLLALV VDHERPDLQE QAAGLVRSLN EYNITLVELE NNLLF NLAN ATGNILENIE LIEGLEETKR TAVEIEEKVK LAKQTEIQIA KAREVYRPVA TRGSLTYFLI DNLNALDRVY HYSMAN FVF VLKKGMDMTP GGKDESKVPL AERLNQEVDL DKRVELLVET TCFVLIGYVA QGLFERHKLI VATQLCMQIL RSRGELH YA KFEYLLRGPK VMGADNPLHD WVSDSVWGSV QALKELDDYQ GLPEDLIGSS KRWREWMELE RPEDEPLPGD WKRMQEFD K LLLFRALRPD RLTSAMGRFV TNMLGAKYVT SQPYDLERSY QDASPGTPIF VFLSPGVDVA GSVEALGKKL GFTLDNGKY ASVSLGQGQE PIAMDRLSAA HKNGGWVLLQ NIHLTIDWTT NQLDKKVDKL VEGAHPDFRL FLSAEPPPSL ERGLPISLLQ NSIKLTNEP PEGLKANLRR AWNNFNEEIL ESCAKQAEFR AIVFALCYFH AALLERKKFG VGNLPGARSG IGWNMNYPFN T GDLLCCGQ TANNYLENNV KVPWEDLRYN FGEIMYGGHI VEDYDRRLAM CYLRKYVNEG LLDNMEFFPG FAMPPNTANH RQ VLEFIDE VMPPETPLAF GLHPNAEIGF KLREAESFCN SLVQLQPRES SGEGGMSAEE RAKLVLDEVV DKLPDIFDME DVR SKINPD DPNMPFVMVA IQESERMNML LAEMKRSLLE LDLGLKGDLT MTEPMERLLK ALATDAVPGS WRNLAYPSLR PLGS WLGNL LARHAQLVDW TAELSTPKAV WLSGLFNPQS FLTAVMQATA RRNDWPLDKT VIITEVTKKQ PDQIEANSRD GAFIH GLTL EGARWDDKIG ALDDSKPKEL FCPMPVILVR AVTQDKAEMK DVYKCPVYTT EARFREEVFE AQLKSKHTEI KWVLAG VCL FLDVV

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Macromolecule #63: Dynein 14 kDa light chain, flagellar outer arm

Macromolecule	Name: Dynein 14 kDa light chain, flagellar outer arm / type: protein_or_peptide / ID: 63 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 14.195328 KDa
Sequence	String: MAFITEIANE AQWKTEVLET PGTLQVVEVF QSWCGPCKAV QSTFKKLYFD LNDRPLKFYS VSSERLSSLK EYVGKCKPIF LFFKDGKQV EKIEGVKAPQ LNRIVTELSG KNPPPAAPAA APAAPAAEAS

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Macromolecule #64: Dynein 16 kDa light chain, flagellar outer arm

Macromolecule	Name: Dynein 16 kDa light chain, flagellar outer arm / type: protein_or_peptide / ID: 64 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 17.391002 KDa
Sequence	String: MAAGLPPVQY SIDTDADLET RLAGKGLKVV EIFSEWCGPC KSVLPTFRRI RLDKDDENAL LFLTVCAEKC NFLETAKEHR GKSEPLFLL YRNGQLKARI EGANTPALNQ QVLSLTPANA DVDDLEENPM YLAKMERERI ARGETVKDAK GAKKGKK

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Macromolecule #65: FAP44

Macromolecule	Name: FAP44 / type: protein_or_peptide / ID: 65 / Number of copies: 2 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 222.19175 KDa
Sequence	String: MAEPGEDSLP VDGLAEVNEQ PASNPEQQAI VDVAAPAESA PDSDGDGVAE TSEPADADEP AQSGSGEEAA IADETGSKPP AEAVATGTP ETMPEEQPAE EQEPELRTDA PAADAEATDA PEEQPQEASA TEAAPGAEAV EDVGAAAASN QDEKCTPEGP C SAVPDGEP ...String: MAEPGEDSLP VDGLAEVNEQ PASNPEQQAI VDVAAPAESA PDSDGDGVAE TSEPADADEP AQSGSGEEAA IADETGSKPP AEAVATGTP ETMPEEQPAE EQEPELRTDA PAADAEATDA PEEQPQEASA TEAAPGAEAV EDVGAAAASN QDEKCTPEGP C SAVPDGEP RQADAEAPVP TPAAAAAAAA AASAAADQQL AGKPTTDAAD GLTAEPTDRV PVPDPQAVGA QDGPAGEQAD AE GAASGGP LAASAEEAAN AGHAAGPEDR AALEAAAVAE LDAASAGAGD AAAADGAACA PATPDSQAED QPQPHAVAEA VTA PAAAPP AAPGSRTSSA RSAPVAATVA AAEPAPRPPS ATPPAEPRPQ SGSSRTLPPP APPPSLPPAS AASSGVAQLL SVHG LDTHR RNNLVLLDED TAASCIAGQL VLLSLSTGAR RYLPGRDGGG VGAVAVHPSR TLLAVGEKAR PGPASAGPAV YIYSY PGLE VVKVLRGGTE RAYSALAFDG ERGDTLASVG HFPDFLLTLW DWRQEAIVLR AKAFSQDVYG VAFSPYFEGQ LTTSGQ GHI RFWRMASTFT GLKLQGAIGK FGNVELSDVA AFVELPDGKV LSSTETGELL LWDGGLIKVV LTRPGSRPCH DGPIEAL LL DRPAGRVLSA GADGRVRMWD FGAVNDAEPR EDSHSLELSP LDEVVVAEGA ALSALLADSG GRRWVVADKA GNVYTVAL P PAGPVGKGAV VTRVASHPAG AVAGLQLSAR THTALVASAD GCLRALDYVS GAVLAEAATP QRITAFTPLP AASPACPGG AMTAATGYRD GVVRLHARCA EGLALVGVAK AHKGAVAALA VSADGGRLVS AGEDGSVFFF DLTAQPQPGT GVPGMPACGL LAPRAFIKL PSGSGTVTCG VWEAAEGGGV LLGTNRGTIL SVPLPPPDLN THHSYEWAAG TSAVSSYQLV VPKPKRPKKK K GKNDGEEG DKEGGEQDEG QGGEDKGGEQ ADGEGGSKEG GEEGRAAEEE EEEEADDEAD GGAGGPSSTT GELISLTLAP NE PGALLVT AGGVGHAARK AWRVRMGEPL AAPLLEGFAS APVTCLAHAG PEGRLALLGS GDGLVRLQAL EEPFGSAAPG ALP LWEAPL HDMQSGRVSG LGLSHDGAYL VTAAADGALH LLALALPPEL APPPTTQPGD EPLPGPAALP LRPPDVLAAA AYTL EEEKQ QAERDQQVRE AEEKKLSVRQ RLGLIRAEFE ALLAENEAAP EALRLPRADL EVDPGLRALM EAEALRREEV ARLEL AWES ERQRLGLAKL RRYFLDGLES ERVVLHSLRG SSTVTTFRVA KLSDETRAEL AAMRQAARAA AAASAAAGGE GGAGGR DTD ARGKGSDTGG GPGGDAAARA RLAEATAALE EGTASGKLNK ADLRRLARKR REAEWAAFNG TRPDDTYDSP ADLAAIE EA RRTIGDFKLK SDPNYVVPEE ERLTPQRKRL AMLELEEALH DIAAAFNAKF FALRDVKRKV LADVRVKLAA LAELAAAA G AATGGADPDA TAAAYLAPFS GLPSGLLPEE EPAEAREAVT DADLAAFAAR KAEDERKAAA AAAGGLGGFA GAAAGPKKP AAGGAAPAGG ALAGGAAGSG SVAHGAGGPS AGGQQGLTAA EEALAKMMAA VPQSELEKGL AAYNRRRVEH MRSKLSEEIT AMLDAFDDA HSALKAEKLG LEADVKAGQM RLLVGLQELQ LLREFDKRES VLLAKRQAKL DDKQEIVDKI AECTDKLETK R LELEGLVA RRAAVVAELD AVVPESDPFR EALVRVFHRR IKRSKKKAGG GGGEDDYDSE EDEEDEDMGD DEVDDDDDGG EE VCPPGCD QSVYERVCDL REKRLDEEDM IAEFTKTIEV LRKEKEALAK KQRLVEQGLA AVNADMAEFQ KEKQGRLNQV EVI VALRMH QIEYLLDGCL PDDLSACLVF SASQLRRLQA RVDELEEEKA GLRAAHKELR RQHAALLRDK ADKEARVAEL EARA HDVQM LKFGQVIDLE LLDRVSSSRG TEELREDLKK QELAYARELA EWDAKINARM DELVVLTREN TACLNAVSEL TAAQR RLES GLTATRKGLF ADPVQQRRAE VEERDALVAL VNAQAAELDR LKGQLLALRR KDTSMYA

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Macromolecule #66: FAP43

Macromolecule	Name: FAP43 / type: protein_or_peptide / ID: 66 / Number of copies: 2 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 199.67675 KDa
Sequence	String: MSIQTRSAVG YSGGQVTWTG PDECAWTCGN AVVLHTLGSK AQRVLKGTGF GISCFAVNKR HGLLAIAEKG LKPMVTVYST KTLQPLAKL LPGDVREEGA GGGADKPSGS GAVSGKQQSS GPSVVLGVTC LAFSNDGERL AVCGDEPDCS VIVYGWRKAE V LGRCRMPA ...String: MSIQTRSAVG YSGGQVTWTG PDECAWTCGN AVVLHTLGSK AQRVLKGTGF GISCFAVNKR HGLLAIAEKG LKPMVTVYST KTLQPLAKL LPGDVREEGA GGGADKPSGS GAVSGKQQSS GPSVVLGVTC LAFSNDGERL AVCGDEPDCS VIVYGWRKAE V LGRCRMPA AASSASSTSP ASSVSFHPLD ASVLATSGPG GACAVWFLEP LWEKAVFRPL QLAAGALPAG AEVTCHAWGP GG LYVGTST GGLVLLDTAT MAPLQLHAAA GGAAGEVAGG ASGGASSPTP GASSGGAAGG SVVAVVPDAV TSGAAVTALT LNR DLVAVA GADGSVRVFV SVPAAAAAIT PEPLALSHEV WLGRAGPARG VAVASAECGG ADHATLLLGC PDGTMYRAPL APKQ GGGPT HSVLVVDCHV GRLAGVVPHP GGGAFLTTGS DGSVRVWSTT DGALLGRKQL SSAQTALAAA APGASLAAVG SETGV VRVL VLPPASTAAS AAASDAPLPA LRVLFRQRLH SAPVDVLVFS PANDLLLSAG RDGIAWLCSV DARGGRVRPL GCLSLP PGE RVLSATWPRS DGGSGAASGH AQAGPVSTTS AEGDEPSCLL SLAGGGLMCL TASAELHSGN WRNPYPDMVL VRPLGGA GG GGAGGGASRA LGSDTGDGPG GPELVTIKLL RLEVAMLAVA AVPGDRYGDA YGLGADKQLH KLVLPAEAAA WAGLRARP L RSAQHVPAHA RASGGVAVAP GGHLLASGAA DGTVALRNMS LITLAAQQGG DGAGAGLHDI TAGGVVTVSF DATGRYLAS AGADGALFVY ELVGNSVAGP QHLVTPPPPA APPALPVGSA AASRAEGGDD FDDPAELTVV AAARREAAMG GVEGAAGGES KRAAVANRL ATLRSRIADL LAANEAAPEL ERLTRNDMIV DVGLVEELQR ETENRVAAVQ AAVKKEHLRT ELLAERVRRM V WDSMAVKG AVISGLRAPV RVHNFPLTQP GQHERVLKQV TMLRRVELAE QAALGVIPYG LMFRGKGLEG LLGEDDLADG TH STADIAA AVAAAAAATA AAAAASANAV GAAGAAAPGS AGTGAGAGAG GAAPASELDA LLYSDFDVYC NTRKALQVQL LKQ KMRDVQ AGFNTDFNKV AAAKKADCDR IADLNARLDD TLKDLRKLGA GPPAGLLDER FSLSAQQDTR DNIAATVLMV REEE VGAER YVSPAERAKQ EAARKADEDA AKRSAKDNAG ERALRQMMGG TLAARGGGHD ESNPFSLPKP AWLVALGVEP DAVNP KLIT EEQNRELKEW QAKEKSLQEE RAKRITVLEM ELRTAKAAVE ELVGRFDDSL AALAARRHRA AAEVCALESR IVMLAA SVG RCAKTSEAVE RGLLARLGAA KEAHGRAASE LSERRAALAE LESRQAQLGA DERLMDRNFK KEFAEADIHL NRLLQLY RA RKPEQLASMP GGGAIGAAGG HQSGVEASSG SFSRVPGGAP GLHRQASLAH SPSGAAAAGG EAAGAATAAG GAGSSGGA A PCGAAGNPST GPPANITPTY THALPLPHAA VAATTLNPFP DAPPGASGHD RPGSSALHPS HSHASVHGNH AHHHLSAAA AAAGHSDPLH NLSGLKPEGL DAALWDRFVA YRAERLAAEA GARAAAGDLV LARRDLPELE SREAALGSEM EVLMGSITAL RSERKVAAY DNEVQLRLLA GQVEAMPPRP ASADMSDARL LGRGVVESLN SVVLGKGTKK VELLTAMKDF KRGIYAAQWE A QAADMRLD DLRAKIRDLQ LLHVTRDMQT VLKDGEDRSS ALEAANLEAL MKQRERLHAK ALEDKRRRLR KLAADVSSRS AQ NQEVAVH LVTLGKVLEE QQRLQAGMQS ANDQATRRMR SLVTHKKLKE IALAQQNELG ELRQQLEKLR LRTYPTFIES GAV AGMPSP PRRLPPDIKL LAGSPSSSSV AGRT

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Macromolecule #67: Dynein regulatory complex protein 1

Macromolecule	Name: Dynein regulatory complex protein 1 / type: protein_or_peptide / ID: 67 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 79.454133 KDa
Sequence	String: MDELQSQTER EARILARRKR IQERLAALRE GDHGGGKEGE NKEEIGKGKQ QIIESKRRLM RVKYRTDQDV SSVRVAGDDR ENQHRIQEE QTRQDLRAKL LAEAEQSARQ NAAVAMRWAD LFSIEVPQDL YNEIESQRQA CERIIASKDK LIGEIKGELK K KDDEFVKT ...String: MDELQSQTER EARILARRKR IQERLAALRE GDHGGGKEGE NKEEIGKGKQ QIIESKRRLM RVKYRTDQDV SSVRVAGDDR ENQHRIQEE QTRQDLRAKL LAEAEQSARQ NAAVAMRWAD LFSIEVPQDL YNEIESQRQA CERIIASKDK LIGEIKGELK K KDDEFVKT LKRQAEDIDT LLQYMSRQFV EVQNAYKEEL DEIENAFLQE RSDLLESNRR EMQELFDKRS RLEQDFMDRY LA AVEAYQS QLEGHRQMDA EEYHILKIRL ETDIQNLEQH LEAMRATYQL NTEKLEYNYR VLKEREKENT QTIESQKKKL SRQ RDILSS LKQRYAETDR RYRDDNMKLT DEYKRITEQF KDLQSKFRHF ELVDTKKYKE VWGMKEADVA ALVRQLLQAD KVLH EQQLG WDWRPPDDAV FAPVHGDAGS GGGAAAAATG GAAGGAAAAG GVGPNGEEES EEDAAARVRE AELAERLRDG RNWGA LGLL CDEAGFLIDI KARNMIERLP KDEQGQVKAE AILRSLGIAD GSAFDALLEA LSADSNIELR AKGMVAPQGR GMAEEK SDR GGTAVLVHPD EAVRRLKAFV EVYGTGPSRG PGGGGGGGGG MSGPMRVQGA MRRAAEREQE FWSRMTHVIS DKHTRVW GA LEKQLEKYLA LLQERAGSLR DVESLQHQNN ELRALLNQYL SSRINDELQI PPTQII

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Macromolecule #68: Dynein regulatory complex subunit 2

Macromolecule	Name: Dynein regulatory complex subunit 2 / type: protein_or_peptide / ID: 68 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 64.986242 KDa
Sequence	String: MVKAGKKVKG ASKVRENETE EEKKIRLEME ALAADEAERK AQEAARVALR ERQLREQRYA HLNGIKIHNQ WRKIMRMAKV EELRREIEI LSQNHEREVD RKDAIMQMLD RDLEEAEEQY SLAVRSHMLV VDNLLDLQYQ RMRALEAEFA ADLKALEDEF E TERTEIVN ...String: MVKAGKKVKG ASKVRENETE EEKKIRLEME ALAADEAERK AQEAARVALR ERQLREQRYA HLNGIKIHNQ WRKIMRMAKV EELRREIEI LSQNHEREVD RKDAIMQMLD RDLEEAEEQY SLAVRSHMLV VDNLLDLQYQ RMRALEAEFA ADLKALEDEF E TERTEIVN AHTRQRKDMG DMIAAMEGEF ADAEAELRQE YEAQREEIKN RNSEEYNVLK IQLEGIIEEL EKSFELAHRA YL ESTEHRT NTFRTLTKDD AKAALKIERQ MRKLVRLQEA LQHWRTKIAT NGREWEERNR ALRNEKEIMA RHYAKLKSSM DAF RAGQAE RLKQLSLASS GAMETLRGKL AVAENVLKLA ELARKYETEQ EKVLPFWNPA QAVPSGEQGD EEAAAQAEAE AAAL EPSAA ELGELGLRAS MPEDSSKEAP GPSKSSAGPG KPKFSSYGLD PSSGSEVDEW DYLNCFFRRY NKALLDKTAI DKEKS RLER ENADLRSILK QYLDGISVND DVLNNPVNPL LVVNNRLQIT LTERNKARAA AMAQRAAAAT GAGLSVTGQG AGGGGQ KQL VEVQVVSRVS

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Macromolecule #69: Dynein regulatory complex subunit 6

Macromolecule	Name: Dynein regulatory complex subunit 6 / type: protein_or_peptide / ID: 69 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 28.524879 KDa
Sequence	String: MAPKKKGGGK KKKKDDGAEP PHDGSWERAV ESGTWEKPVT DLPDANTWPT WGALRERVLT ACREIKINNT ASLRDAFANE LVKLSPPEL TLIDLRGSSN LHNFNLSPMT TCPKLTDLDL SECAGLDYVL LQSQTVRSVN LRKNPAITKA LIHCPRLNKL S ITDCPALE ...String: MAPKKKGGGK KKKKDDGAEP PHDGSWERAV ESGTWEKPVT DLPDANTWPT WGALRERVLT ACREIKINNT ASLRDAFANE LVKLSPPEL TLIDLRGSSN LHNFNLSPMT TCPKLTDLDL SECAGLDYVL LQSQTVRSVN LRKNPAITKA LIHCPRLNKL S ITDCPALE TLMLWTDELT ELDLTGCNNL SVVKLQCPNL LDSKIPPLKV APQHVKPSHP PIASLLKENL TTAAHKAAAD KE ALAGVKD TSDSIIPHVF RPF

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Macromolecule #70: Dynein regulatory complex subunit 4

Macromolecule	Name: Dynein regulatory complex subunit 4 / type: protein_or_peptide / ID: 70 / Number of copies: 2 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 55.207887 KDa
Sequence	String: MAPKKKGTKK ESKKDAVATG DIEGASVEEL NQKIGTLEKE KNKEEEYRNY MQLERDKINA FWEITKKDLE DRRAELRNKD REMEEMEER HQVEIKVYKQ KVKHLLYEHQ NNITTLKSDG ELALKLQQDE YRKREGDLGK DKRNLKLELK EQELAHQDII R QLKLEHAK ...String: MAPKKKGTKK ESKKDAVATG DIEGASVEEL NQKIGTLEKE KNKEEEYRNY MQLERDKINA FWEITKKDLE DRRAELRNKD REMEEMEER HQVEIKVYKQ KVKHLLYEHQ NNITTLKSDG ELALKLQQDE YRKREGDLGK DKRNLKLELK EQELAHQDII R QLKLEHAK EITKLRQEFE QQAKDLQSKY EKKMKMLRDD MELRRKQEIH EIEERKNTHI NELMKKHERA FAEIKNYYND IT HNNLDLI KTLKEDVAEM KRREAANEKL MYEIAQDNKK LSEPLSRALK EVELLRQQLA NYDKDKLSLA QTKARLLNAE RQI KNLEWE NEVLSQRFSK VQTERDELYG KFEASIYDVQ QKTGLKSALL EKKVEALGEA LEMKEAQLAE VLTAANLDPG TLAA INQRL EEVLDNKNQI IKALQYDVAK VSKAHNDLIR VYEAKLTEFG IPVDELGFRP LVTNTSTGPA GLVVGA

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Macromolecule #71: Dynein regulatory complex protein 8

Macromolecule	Name: Dynein regulatory complex protein 8 / type: protein_or_peptide / ID: 71 / Number of copies: 3 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 18.671031 KDa
Sequence	String: MSKLNDKHER VRARVREAFI LFEHKEGSRL VDFKDVPTAV RACGVNPTAV QMTHILDQLA ALNAETDATG YVGLENFELV VCNFLIQQE ASLFRDDYHT LLRAFRAFDP DGRGFIDAES FKSLLTGKGE ALSEDELAKM MTVAADGEGK IWYEDYAQRL A NDGRTI

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Macromolecule #72: ATPase AAA-type core domain-containing protein

Macromolecule	Name: ATPase AAA-type core domain-containing protein / type: protein_or_peptide / ID: 72 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 94.896141 KDa
Sequence	String: MANVTYDIMW REAMMELLDQ LEAENPEDPA LAPKDLSEWA CIYIKYLQIM RKLETAYDQM VHPQKRQDMR KALEACIGRM LEIRHWMVK LNRGLDFINL DDILVDLKLG PEVLEVPVPK YFIEDRAKEL DDRDKFLEAL IEKYNVKGPA ASPIIRIGAP L GEDEAILM ...String: MANVTYDIMW REAMMELLDQ LEAENPEDPA LAPKDLSEWA CIYIKYLQIM RKLETAYDQM VHPQKRQDMR KALEACIGRM LEIRHWMVK LNRGLDFINL DDILVDLKLG PEVLEVPVPK YFIEDRAKEL DDRDKFLEAL IEKYNVKGPA ASPIIRIGAP L GEDEAILM IQKNERGRQA RERARLAAIT KRQRQIEDRR VRLGVTLSHE EAARKIQAAI RGFLWRRRIK KEADKELMFI GM KPKPRDP KRDPQMGEAK NLMRRKRVQL EHGREYDEAI VNLKGKVREL EGQDMRETIQ DKVNAWFVEK RNPDTGEYPD FPD PDDGGS RAILNPPPPS LASLLEDAAG DGKGKGKDGK GDAKKDAKKD PKKDKKGGGD EPQAEEQKIG AVFIPAIEAA VQEF VAKWQ DRDEADNFHQ KYDAELVKDE LRPIVFEEIR LQVDGEMRVL LQNLKDLVEA ERAAKLGKKG KKKKGKKKGK KKGKK DKKK GKKKKDPTAD RSIESLFAEL VSNGILQQCP HVHVRDYLGS SSFMAATLEK ANIIPDPSMA QVRQALTEYA ILPLGS QFI HERAPHTKSL LLYGAEKTGK TLMAQSIANL SGSNFFDISP RNTDGKYPGK NVGMMVHMVF KVARTMAPSV VYIDEAE KV FLTDKKKLKE FGSQEPFSRI KKELLKEAKT LAPGERVLVL GNSREPYLCA KKDEKAFMGF WSKHVFMPLP DYASRRIV W PGLFERHQGR LTYEFDLSTL AHISDGYSAG QLDMAVHSLL TKRRIERLRA APVDIPEILQ WLCKVEPVSR EVDEALRKF MDKTPAMAVL KGGGKPGTAG SKPGTADKKK KGGKKK

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Macromolecule #73: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 73 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 177.706047 KDa
Sequence	String: MAEGIGTFGT LSRDVLEERL MEARRTYRLN MGYAGLKQLP PGFVELVKKY NPHITELELS SNDLTDLPDE LEEFRYLRIL RLKYNQLKR IPAVVYRLPQ LMVFDASGNR IQKVDDAIGH LSLLKELDVS GNEITTLPES LSTLPKLEVL QVENNRLELL P ESLGELPG ...String: MAEGIGTFGT LSRDVLEERL MEARRTYRLN MGYAGLKQLP PGFVELVKKY NPHITELELS SNDLTDLPDE LEEFRYLRIL RLKYNQLKR IPAVVYRLPQ LMVFDASGNR IQKVDDAIGH LSLLKELDVS GNEITTLPES LSTLPKLEVL QVENNRLELL P ESLGELPG VIKMDLSTNN LRYLPASMGQ LKKVQRIDVG NNLLTKVPPS MGHLKTLKEF NLRYNHLDDR YKAKVEEGLS KF LAFLREE EERERLEEIE RLKPIGTPVG AYLEYRCKAE VGQVVKTDMG ETTVDNRCWI RTGHTLTQVG SMLLIFGGQL QKD GSTTND LFWMTMDRME WHNQPCKGEK PPPRYNHAAC YDEENNRLVV FGGRTAERKR LNDIYFLDLD SWTWFKPSTE GTAP TPREQ AVATFWAGSM VLFGGHAIGG RTNDLFLLDL GAWQWSQPAF SGTAPSPRQA CALCIGHGNL LFVHGGRNNF VLEDL HVMD FVSKNWTEIP CEGRVPPPRH SHRITVHRDQ LYLLGGLDEL GAQSVAMYRV ALPAGQQDTY ATSKPKWVEW DSELPY NKN RTATLWNGTI SIYQLGSNTL GRVNDDDAEK GLVFWDVFKT AKLDNLKPRQ LAEDELRPKN AKRMRVQHTI NTAGKMP RS FTQHSAHEAR VLQYVQDFQR IFEELYPYRR PLYLTPRNEC GVPKFVCTSL RPSQLVYTEL YDLDGASQFV ADFLSYEP L EDPLHPPDTL PSPMSALEWR AGDSFDMATV LASMLLGVGY NAFVVLGYAP GPVVQNDQRN TVCTVLEREA AAAAAAAAA GGAKDLAATR TGAGAVSRKV TEAATAPGAA GAAAAEPRGP RYLIKPLATL QSKVLAAKGL GATGSSFGAA GGLPAGGGAA GADEEDEGA DAAEDDGAVG DPTAAAAAEP AAVAEEEEEE SGPCKFVHAW VMVLPGKREV TEAMFIEPST GRKYALGDSP Y RGIEMLWN HRNFWVCMQQ PAPHSDSRAD PRDVSYDLSD PTKWEPVFED RGMRSRADGN ADESEVARAE GGGRGVGRQD SF RAGGGGG LGATLKAGGP KTPSAAAGKG GGVGAMSIAQ RMAQRNKLAT PSGGGGGGAG GDTPPRTAET EGGGGLDDGE GVE AEVVPD IPPSWVPKLT IPRDAFDMRC PRGSKLTLYR RAQHEIFARF GDCSRWDGMV ERLVLYADEE RTVVTEIRET FTRR RDKLR ERRVYPQKDT TIEHFNRGSV FALKDILTVK NDRRVFNYYA AARLDGLEKR EELEGRKVIQ YYTGRDDRLI YISAT YAVD PAAAAAAAAA ALDNGGGEGG EGNGEDEASS RRSTRKSKRG GDSKRLLPIR KMTQKFGRNP ALDADADVAK RVYYLA EGR LRVDYHFGTH RITNSSRTFT KDGQSQIVQV DPLAPRPQPS ALLEEYSSLL VAEKDCLQWV RDGEWEISEI IRTRTNQ EQ NITLETPYYD IVRIKAEESE EEEEEAAEAT YDYLSPFLPT LLGTQQLSRG QALEVREKAL KALKDRLIER ANIIQARL D EESAALAKRQ QTFHRDRDQM SAAEEEDYER QTEESMFRIH ILERRLRRHE EQALHKYYEL DAKLRADGRL AALLNVY

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Macromolecule #74: Dynein regulatory complex subunit 3

Macromolecule	Name: Dynein regulatory complex subunit 3 / type: protein_or_peptide / ID: 74 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 60.478004 KDa
Sequence	String: MPSLERLIAE VEPNVITESL TRECIQIQGG EPDTAANKKR TMPFRDVECL AFSFKNLACV DNLRGLDTLT KLQLDNNQIT KIENLAHLT NLTWLDLSFN KITAISGLET LTKLVDLSLF NNQIAKIENL DTLVNLNVLS LGNNQLSQLD NVMYLRQFKQ L RLVNLAGN ...String: MPSLERLIAE VEPNVITESL TRECIQIQGG EPDTAANKKR TMPFRDVECL AFSFKNLACV DNLRGLDTLT KLQLDNNQIT KIENLAHLT NLTWLDLSFN KITAISGLET LTKLVDLSLF NNQIAKIENL DTLVNLNVLS LGNNQLSQLD NVMYLRQFKQ L RLVNLAGN PICKSHDYRS YVLSHIKDLI YLDYRRVNPA DVQAAREQHQ DEMIELQERE EQQSQEEKLN AERESHEKLM KQ ANLEGVE TLIDDMVKED LEWPRLSQVP SLLDPWNEIR DKFNTYTDEF KVAILEQHNK KKAEYEEWLG VVRSYLDEKD AEA RKLIVE YEKAKKRTAR VVVDQPLMAE SQIDNLKVKL MALKDQLMAI EMEAVEVLDG LVQEFDRAYS ELAEINKGQY NGYF TQVRD LQNSFFNQLT SVAMTVFEKY NQENSDIESL PEEARTLLQD KDSLMNALQA SHDAHMGKID SLEDRLVSNE LRSAN DLTS SNATWATKRN RDRISEIINY LERNVLELEE LAGEEEGGEM

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Macromolecule #75: Dynein regulatory complex protein 9

Macromolecule	Name: Dynein regulatory complex protein 9 / type: protein_or_peptide / ID: 75 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 46.481594 KDa
Sequence	String: MVGIDTGGKI PPEIMRQATE KTAQLAPLEG GHIYSILKQT LEKLALVGQL QVDPKVQAHE LTQSVGEEIS RMITEQKKLE SRFEELVAL QHVLRHQPNK TKLMENQNEL QKVAEALRQS TKQLCRNLKD NPNVAENMLK VASERQALQL LLSNCLNEIE V FGKVQPLV ...String: MVGIDTGGKI PPEIMRQATE KTAQLAPLEG GHIYSILKQT LEKLALVGQL QVDPKVQAHE LTQSVGEEIS RMITEQKKLE SRFEELVAL QHVLRHQPNK TKLMENQNEL QKVAEALRQS TKQLCRNLKD NPNVAENMLK VASERQALQL LLSNCLNEIE V FGKVQPLV ESVMAQQAAE QAMKETIERE KNTTAAVRQL RNDLREEKLD HEEKMKEKKK GLSTLKEQLK ALKMDTAVST RY LSKDLTA GNEHERRLQR TQLEDLLKDL GLVQQQIDIE KAVHATQAEF LRQIAAKMAD DSSNWASRHD GDLAAREKEL EML KQQHAR DLIELKKAEE KFKMEQALKK EREMKATEER ERAEFEEMRE TRRAQAAVII QAWWRGHKVR MVMSGGGKKG AKKG GAKKK K

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Macromolecule #76: Dynein regulatory complex protein 10

Macromolecule	Name: Dynein regulatory complex protein 10 / type: protein_or_peptide / ID: 76 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 40.992016 KDa
Sequence	String: MNSLEAGRVL SVLDEALEGI RLISYVTQDV LDTAEQLRDM LGEDLANALI KHRQLIQSAK STLNNDQVQA STLELVRLLK KSPSAQRLQ VLPYERTYGI LQTLQYFEQL RQFAQKRLTT TVEEDSSNRE FFEEVRDREE RAVAEQEQLK QKLKLQRVEL Q KAAGTIQV ...String: MNSLEAGRVL SVLDEALEGI RLISYVTQDV LDTAEQLRDM LGEDLANALI KHRQLIQSAK STLNNDQVQA STLELVRLLK KSPSAQRLQ VLPYERTYGI LQTLQYFEQL RQFAQKRLTT TVEEDSSNRE FFEEVRDREE RAVAEQEQLK QKLKLQRVEL Q KAAGTIQV SEDRARGEVS EVQSSTQQSR AAIEGSARAQ SEADKSSFQS DLDQVTKELA AARAELARLR QEHKDNEALL RK ARKRAEQ DVEVQIGEYD ADVGAKEEEL GKARAEYEEV LRQLQEYNSG WSEMYQERLE YEERERRLAD QRFQAALLAV RQN HAARVI QSYWRGFKKA REAAKKKAKK LEKAKAAKKK

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Macromolecule #77: DRC5

Macromolecule	Name: DRC5 / type: protein_or_peptide / ID: 77 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 43.558969 KDa
Sequence	String: MAAPNLITPL RDICVKVVAA NFEGCPTFGP LPDKYVKRII DILPLDLPLE LVGSLIADED YWRRRSQARW KNCEVAAHGY SWKQLFFER NLMEFLEQYD PAVTDLSSLK RLLTYSRRFV QTVHIRQLPS HLDLQILFEC MVNTPSSLAL SYNLKEVGMD Y DRSLFGMK ...String: MAAPNLITPL RDICVKVVAA NFEGCPTFGP LPDKYVKRII DILPLDLPLE LVGSLIADED YWRRRSQARW KNCEVAAHGY SWKQLFFER NLMEFLEQYD PAVTDLSSLK RLLTYSRRFV QTVHIRQLPS HLDLQILFEC MVNTPSSLAL SYNLKEVGMD Y DRSLFGMK LSDCRALAKA LEHTETLTHL DLSNNSLDDD KVRMLASGLV ENLSITHLNL SHNKIADRGV RALAKLLDGH SV ISLLELH DNQIHTEGAK SLARAFKSNQ CLLSVNLRLN RMGDEGCKAV VESVRGSPTL QRLNISANAA GPGTAAAVVA LLR LNNTLT ELDVSCNQFG EDACGNVRRA LEQNGSVRLM DVRMTGINPD DEMAIAENLR ARQERVDKAR VLGK

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Macromolecule #78: DUF4201 domain-containing protein

Macromolecule	Name: DUF4201 domain-containing protein / type: protein_or_peptide / ID: 78 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 45.346332 KDa
Sequence	String: MSESGSQMLP QDNGDDQLDP HVEYLQQLLR DNEFLQRENL LFEAFLAKVD MSKLGALAED DASKKKKGGK KGAAGGPAGA NTSRGGIAA ARDGAAAQFA ALTDEEKNDL VSQEVEMVQA EIEAIRKAGD KDIDDIRTLM EEVDMRIAET KKDTYEFKRD I IIAAENPR ...String: MSESGSQMLP QDNGDDQLDP HVEYLQQLLR DNEFLQRENL LFEAFLAKVD MSKLGALAED DASKKKKGGK KGAAGGPAGA NTSRGGIAA ARDGAAAQFA ALTDEEKNDL VSQEVEMVQA EIEAIRKAGD KDIDDIRTLM EEVDMRIAET KKDTYEFKRD I IIAAENPR TGKIVAEKMI RFIEDKLRQK DATADKLRLK NTTTKALITK LEHQLAHKEE MGEVLHLVDF DQLKIENQQY ME RIEERNN ELLKLKLSTS RTVQVLNNLK SSLSDMVAAG HALRKQIAER KQDLARFDAD FGNVLDEKGR GERTLRRLKL EQE DIDTPT IMDYIKLKHE VTELEKQLVD WRRKIDILTM EKTRKRTLLK SVASTTQGGG AGLQPYGSGG GAAAAAALAG GEGG GGSRG NSAR

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Macromolecule #79: Calmodulin

Macromolecule	Name: Calmodulin / type: protein_or_peptide / ID: 79 / Number of copies: 2 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 18.317215 KDa
Sequence	String: MAANTEQLTE EQIAEFKEAF ALFDKDGDGT ITTKELGTVM RSLGQNPTEA ELQDMISEVD ADGNGTIDFP EFLMLMARKM KETDHEDEL REAFKVFDKD GNGFISAAEL RHVMTNLGEK LSEEEVDEMI READVDGDGQ VNYEEFVRMM TSGATDDKDK K GHK

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Macromolecule #80: Caltractin

Macromolecule	Name: Caltractin / type: protein_or_peptide / ID: 80 / Number of copies: 3 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 19.48898 KDa
Sequence	String: MSYKAKTVVS ARRDQKKGRV GLTEEQKQEI REAFDLFDTD GSGTIDAKEL KVAMRALGFE PKKEEIKKMI SEIDKDGSGT IDFEEFLTM MTAKMGERDS REEILKAFRL FDDDNSGTIT IKDLRRVAKE LGENLTEEEL QEMIAEADRN DDNEIDEDEF I RIMKKTSL F

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Macromolecule #81: AAA+ ATPase domain-containing protein

Macromolecule	Name: AAA+ ATPase domain-containing protein / type: protein_or_peptide / ID: 81 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 468.8775 KDa
Sequence	String: MASREDQQSP GGLKQALYLQ PKQAPSVHAP KAAKKLAQAQ AAANVSATRS LAPLEATAGV EKAQQIRSSL NALGAKKAAA LETLKRTPQ SPKTDVPPLD KPLQTAPALR GSARRREGEG SPPGALGGAT RANGDHGPAS RVPTKQELGE ALPYVKLIYT L REYPNTED ...String: MASREDQQSP GGLKQALYLQ PKQAPSVHAP KAAKKLAQAQ AAANVSATRS LAPLEATAGV EKAQQIRSSL NALGAKKAAA LETLKRTPQ SPKTDVPPLD KPLQTAPALR GSARRREGEG SPPGALGGAT RANGDHGPAS RVPTKQELGE ALPYVKLIYT L REYPNTED FVYLRRMDRN PSEYDPYALE VVPFAVIDQR DFYTMSVRGI THYLDGTSAD FATLDQWERE LHLFTRLKQL KM FRLYKLW KAFRLWKRAV NQHKFGKARA ALERNLFALS PVFQDPLRRF HGLCFELSHM RMQNLAPGAV YTLDEFVSEQ SEH KVEVEG RLMQFHQDTF NTVLQACRDD LDKLEERLAE FNKKHDENET QRAADASKLG HINFLAKAEA EKEREQGQSD FAYT IAAAR RSEQRRLLNF IRLADYMVCD TLHSVLLESL RELLAGTRPK RPVLVFFKEM DDAADAEAAR AAEEAAKAAA AAAGK DGAA AGGAGGAGGA AGGASGASGA VGATAAGGAG GGGGGSDALF QLELLLADNQ EDLLYDPHPE EFFEEMQRIM ANYLES LCG ITRLYGDGTL MGVVMGDKAG EVEPGTELQE LITNENYDDL VAAVRDSVVE AFHYAEEHKA CYLPYRDMVL FHSTLDI AG LAPLFKAKDE AGLRPEDSSA EAAQQQQQQQ QQGGEGDAGA DAEAAAAAQQ AAAAAAAAAQ RVTLSTFRQL MDLLAEQK A AMEALQPHRD VSIVRVAVGH FKDAVIPSPT ACLEEMHAML PALAADLFHE FMSTVQNALS RLQAPSSAVE EYVEKLQFL GEVREAEKRL DAACNEIHDL YGLVDEYDIP VSAMDRAAYA TMDSTYNTLK TTMEEVEGAR DDHVAKYSAN LENGIEAISK EVVEIRNEA QHEMVLSDES EHDKVVAYLQ QLKEAVDRLI AESSRINKYQ RLFKVPETKS EDLGDTADEV GLKLNLWLGR A EWDAITDI WCATHFDSLD MAVLEDTTTR FHKMVYKMER GLPPNRLVPQ FRTAVDDFRN LLPVVAALRN RALKDRHWSK IF DTIGQQL VRDGSFTLQI LLDAKVQTWK EAISAISTEA TQEMALEELL AKVSNKWVDL EFNVIPYKES KDVFILGGIE DIQ IALEDS MVTMSTILAS RFVTGIRPEV EKVERQLTLF ADTLDEWVAV QKAWMYLEPI FSAVDIQRQL PVEAKAFFQV DKQL REIMR RTKDRPNALM AGTHPGVLET FQKANETLEK IQKNLEDYLE TKRMAFPRFY FLSNDELLEI LAQTKNVQAV QPHMG KCFD GIRRLDFGED PKSIDIFAMI SGEGERVSLG KNTKARGNVE KWLGDVESAM IANLKKLAKA GWVSYPEESR SGWVLK QPA QLVIAVSQVY WCHGVEDTLR SPDPHQSLGD YRTINVRQLA DLTRLVRGDL SGLHRRIIAA LITIDVHARD IVDSLYA GN VTDINDFQWQ MQLRYYFENE DLIVRQVNAR FLYAYEYLGA QPRLVVTPMT DRCYLTLTGA LHLKLGGAPA GPAGTGKT E TTKDLGKALG VNCVVFNCGD NLDYKFMGKF FSGLAQCGAW ACFDEFNRID IEVLSVVAQQ LLTIQNALKA GMSSFNFEG RMIRLVPTCG VFITMNPGYA GRTELPDNLK ALFRPMAMMI PDYALVAEVM LFSEGFEDSK TLSRKMVKLY KLSSEQLSQQ DHYDFGMRA VKSVLVMAGS LKRANPDLSE DVVLIRAMRD SNLPKFLVDD VELFQNIISD LFPGLVVPDQ DFGELEQSIR A VLGTRGLQ QPASFVTKVI QLYDTMNVRF GVMLVGPTGG GKTECYRTLQ GACTRLRAEV RHPSEKYQVT HTYTFNPKCI KM GELYGEY NLLTNEWSDG LGSTLIRSAV ADTTPDRKWV VFDGPVDAIW IENMNTVLDD NCTLCLPNGE RIKLNPTTMR MLF EVQDLA VASPATVSRC GMVYIALEEL GWRPYIQTWA AQKLPAAIPQ TAGAVAEAIY AMFDTYVDAG LEWVRRKGKE YIAT VDNNL TTSLAYLLQS MLSPSRGFQW SAKPEEVTMA LNRIFGFCYV WALGGNLVHS AKEEFDEFAR DHLQTLCAFP GSGSV FDHH LDCQKRFPPE FKHWTEVVPV FSYRRDLPYF QMMVPTVDTV RFSYLLEACL DVQRSVLFTG VTGVGKSVIT VAALED LRE RKHVVPYTIN FSAQTQAVDT QLLIESKLEK KRKTRYGAPV NKRIVFFVDD VNMPAREKYG AQPPIELLRQ FQDFKGF YD RKKLFWKDVE DTTLCAACAP PGGGRQEITP RFARHFTMLC VPPPSDAATK TILSAIFNGF LSDFPKELSS SASPIVNC S VEAYNRISEE LLPTPAKSHY TFNLRDLSKV FQGLLMITPT TCQSKDTLMR LWLHESCRVF HDRLINNEDK EYFKKMLVE LSGKHGLGSA SYEELFGHGK YVMFGDWIKM GLDREERRYE EIGQDVSKVV AVLEEYLDEY NLSNTNALNL VFFMDAVEHI TRIARILRQ PRGNAMLVGV GGSGKSSLTR FAAFMGGFKT ISIELTRGYG SNEFREDLKK LYRTAGIDGE SVVFLFSDTQ I VQEGFLED INNMLNSGEV PGMFAQDEKD RIVADIREWV TATGGNPSKD GCYTAFVNRV RDNLHLVLAM SPVGEAFRAR CR QFPSLIN CTTIDWFSAW PEEALLSVSQ KFLAGTDLGG DTVRDALANM CVTIHTSVST ASDRFYAELR RRYYTTPKSY LDL INLYLQ LLNDKREELA TAKDRLLNGL NKLNDTNALV DRMKLELAGL QPILEEKAQA TSELLVKVAA DQEQAEKVKK VVAA EERDV KAMQVDTQAM ADSAKADLDE ALPALNAAMA ALKALDKNDI VEIKSFSKPP AAVQTTMEAV CVLKGEKADW DTAKR LLGD SNFMRSLEEF DKDNIPDAYI KKLQKYVEDP TYTPDLVAKV SKAARSLCMW TLAMNTYHRV AKVVEPKKMA LRTAET QLA EANAKLEDKQ AALREVEERV EGLRNQLANA QREQRELADQ ADLTRKRLER AGKLTSGLAD EGVRWKATAE TIGEQLI KL VGDVFLSSAC IAYYGAFTGA YRQQLVSGWI AECKERGIPV SDNATLRTTL GNPVEIREWN IWGLPTDDVS VDNGILVT R GKRWPLMIDP QGQANSWIKA MEARNGLRCI KLTDGNFLRT LENSIRIGNP VLIEDVGETL DPALEPVLQK AIFKQGGRT LIRLGDSDVD YDPNFRFYVT TKMSNPHYLP EVCIKVTIIN FTVTMKGLED QLLGEVVRKE RPDLEEAKDR LVLSISADKK MLGELEDKI LKLLKESSGN ILDDEQLINT LNHSKTTSSV ISARVQEAEV TERSINEARE HYRPAATRGS ILYFVVADLS L ISPMYQFS LSYFAKMFSY CIDKSEKADD VPTRLHLLSD FVTRFIYNNV SRGLFEEHKL LYSFLLCTSI LRHESAGPEI TA PEWSFFV RGAGAAAAEP PRANPHPEWL TQAMWTALFH LEHVLPDPFV GLVENVVAAG PEWRAWCEAD EPHQLPLPAG WED RVAQKR PFCKLLLIKI FREEKLIFAC AQYVSGKLGA EFTEPPPWSL DDVFPDTSCR TPIIFILSTG ADPTAMLQRF AEKN GYVTG ERLHMISLGQ GQGPIAEMLI NQAVKTGDWV CLQNCHLASS WMLRLEEKVE ELSKDSSSVH PEFRLWLTSM PSKVF PVLV LQNGIKLTNE PPKGVKANVN RTYNDLTLEA LAACPAKPGP FKKLLFALSF FHAVVQERRK FGPLGWNIRY EFNTSD LEC SAMTLRMFLS EQENIPWPAL EYVVGQINYG GRVTDDLDRR CLMSILRQYI TPRVLDEAYK FTPSGLYYSP NAEGSLD DY RDYIRGLPVT EAPEVFGMHA NANISFQLQE TRKLVDAVLS IQPRLSGGSS GKGSDEVVSE LAAELQAALP PLLTREEA A LGLFDRTEAG QLNSLSVVLG QEMDRFNRLS SAMASSLVEL QKAIKGLVVM SGELEAMYNS MLNNQVPEAW ARYAYPSLK PLASWVKDYH ARITFMRAWL QDGTPQCFWL PGFFFPQGFM TGVLQMHARK YSIPIDTLSF GFAVTRHESA EQVAAAAAAG EDEVPEDGI LINGLWIDGA RWDRTAQVLE ESEPGVMYAP LPVIHFKPMR DYEPPATEYE CPLYKTSVRA GVLSTTGQST N FVLCVSLP IRPDTNGDFW ILQGVALLCM LDD

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Macromolecule #82: DUF4201 domain-containing protein

Macromolecule	Name: DUF4201 domain-containing protein / type: protein_or_peptide / ID: 82 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 55.159035 KDa
Sequence	String: MADLDDEDYG DEGYEGSRGG TAESMGGGEG LGTSYGNEDV RAGYDTPPSG TPDGGRRGGG SRPATVDSDD DMPMPGRLEA LASARSNSA GSSSRHSRPG SAVINLRGSR PNSAAIAQEI EGFEDDFMER VEEEPEEEML AEAEEEEDLG PSIEELIERA Q MEQTRLLE ...String: MADLDDEDYG DEGYEGSRGG TAESMGGGEG LGTSYGNEDV RAGYDTPPSG TPDGGRRGGG SRPATVDSDD DMPMPGRLEA LASARSNSA GSSSRHSRPG SAVINLRGSR PNSAAIAQEI EGFEDDFMER VEEEPEEEML AEAEEEEDLG PSIEELIERA Q MEQTRLLE ANDALQRRAR MALDFRNKGR PPVNRDLSRL DGAATRYRAA LRQWIEILEE RDSVEAHYQT TIFDMKHTLE ER IKRADDI SKAYKHFRLE VAKSAEHSKT ARPISEKLLA QLEADDAAKE EEVQRVRLKN IHLTNQLRRI EQTLRQKEEL AEG LHLIDF EQLKIENQSL NEKIEERNEE LLKLKKKTTT TVQILTHVRE KLQFIEKENA ALDSALNQLE AELADKRDRL GRAK AERDT LRAKGRKIKE SGSNITSPQL LDDIEVQKEK REVLMGSIEE AQQHYAELSE SIQRTNNRIM NATEELQQVQ GTAAL LAHV SISQRA

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Macromolecule #83: Cilia- and flagella-associated protein 299

Macromolecule	Name: Cilia- and flagella-associated protein 299 / type: protein_or_peptide / ID: 83 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 27.467602 KDa
Sequence	String: MDDDLEIKGP GYDPIADEFA TYEDYLDSQI NGTDVYYLED VELARQLVEL GIRGNGEVIR REEFEQRKEA SEQARQARLN KKPKKLASQ GKHVEEFPLL QALKDREEAV RNGKLTTIVF IRDKNSKGQE VSGYIDYGHR LKTENCEPYF DRKKRLMPRP S DLSFYNWE ...String: MDDDLEIKGP GYDPIADEFA TYEDYLDSQI NGTDVYYLED VELARQLVEL GIRGNGEVIR REEFEQRKEA SEQARQARLN KKPKKLASQ GKHVEEFPLL QALKDREEAV RNGKLTTIVF IRDKNSKGQE VSGYIDYGHR LKTENCEPYF DRKKRLMPRP S DLSFYNWE TQMSTSNPTP NFQVIADNEA GLLFKNKRDR KVINVDPTAK PGDNSTRTEL ETAEYAQVVV YDHVTRRRS

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Macromolecule #84: Cilia- and flagella-associated protein 53

Macromolecule	Name: Cilia- and flagella-associated protein 53 / type: protein_or_peptide / ID: 84 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 56.655496 KDa
Sequence	String: MNKSRAPPDA RIQKMRELEE RLANLKADRK VEQKMVAVAE FEARTTKKIV GNLVQQRYDA LKARAEADLN ARRQRLADKL DAEDLAMRQ ELLASKKTPE QRRAELAERA RALAATREAE RQALASTLYE KAFIQSCDVL RDENSKRILY RTIEERNAQI E HKMAQRIM ...String: MNKSRAPPDA RIQKMRELEE RLANLKADRK VEQKMVAVAE FEARTTKKIV GNLVQQRYDA LKARAEADLN ARRQRLADKL DAEDLAMRQ ELLASKKTPE QRRAELAERA RALAATREAE RQALASTLYE KAFIQSCDVL RDENSKRILY RTIEERNAQI E HKMAQRIM EAEEKRMWHE MSEVERQKME QRYLDDKRRD REKREEVLRI LDEQVRQVNA RRAEASMLRR AEIAELNATW RQ MAADQEA ADVQERENMK KLAAELQEFN RIKQMEISEA ERSERELDLK ILQEALSKEA ADEAAELAFR ERRREEMRRY REQ LALMME KEREETAERD ALILKAQLEQ EAKRDAELAA RDEARRQLMA QVDAIRQIQI QEKLAKRLER AEEKAFERAQ MAEE VAKAE SDAAAKDAAD RKAGIQRRLE LQTMMVAKAH MKAAELDEKL AEGEATKRVE DQFKAKVNQT LSSTDPPVWH GRRKF DW

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Macromolecule #85: FAP210

Macromolecule	Name: FAP210 / type: protein_or_peptide / ID: 85 / Number of copies: 3 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 53.637711 KDa
Sequence	String: MATYSVISKA QLDRIRDKVA PVGQDTFSEE RQRLKQLSDD RSSQWPNTLS AQRARKEKTR QERQAAEEAE RVELDRQEAE IRAEQRRIQ IERANKILFD ETDRVKGFHS KMLLSDVMHE NEQLKEIKRQ IEVLKRAQEQ AFVEQQRQAL EAAEAAEVRK L EDTRRRAM ...String: MATYSVISKA QLDRIRDKVA PVGQDTFSEE RQRLKQLSDD RSSQWPNTLS AQRARKEKTR QERQAAEEAE RVELDRQEAE IRAEQRRIQ IERANKILFD ETDRVKGFHS KMLLSDVMHE NEQLKEIKRQ IEVLKRAQEQ AFVEQQRQAL EAAEAAEVRK L EDTRRRAM AQREVQLQQL EELKAKILGE RAADRTEGET LRRKALEEAD ELRRKEEARL AKQRQLADDT KAANAALQAF RL KEVERSK EQEAAMEAYA RKKQELADER ARREAEKRAA KDAERKRVAD MMESNYMAWH TKEEARLARD VAAAEQKAAA DEE ARRKRA ADLAVAIDQS RQAQLRAKAQ AKAAEKAEEA EYLSAWSTRT KQLKAEEDEE KLKRIAVGKQ LAAFQLRQAA IKAR KMADA RIAELQEAAQ LALSVAEEED IFLRYAHECI EEYRRQGKPT VPMELHLRKK TNLETMR

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Macromolecule #86: Actin

Macromolecule	Name: Actin / type: protein_or_peptide / ID: 86 / Number of copies: 6 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 41.881984 KDa
Sequence	String: MADEGEVSAL VCDNGSGMVK AGFAGDDAPR AVFPSIVGRP RHTGVMVGMG QKDSYVGDEA QSKRGILTLR YPIEHGIVTN WDDMEKIWH HTFFNELRVA PEEHPVLLTE APLNPKANRE KMTQIMFETF NVPAMYVAIQ AVLSLYASGR TTGIVLDSGD G VTHTVPIY ...String: MADEGEVSAL VCDNGSGMVK AGFAGDDAPR AVFPSIVGRP RHTGVMVGMG QKDSYVGDEA QSKRGILTLR YPIEHGIVTN WDDMEKIWH HTFFNELRVA PEEHPVLLTE APLNPKANRE KMTQIMFETF NVPAMYVAIQ AVLSLYASGR TTGIVLDSGD G VTHTVPIY EGYALPHAIL RLDLAGRDLT DYLMKILMER GYSFTTTAER EIVRDIKEKL CYVALDFEQE MATALSSSAL EK TYELPDG QMITIGNERF RCPEVLFNPN MIGMEAVGIH DTTFNSIMKC DVDIRKDLYN NIVLSGGTTM FPGIADRMSK EIT ALAPSA MKIKVVAPPE RKYSVWIGGS ILASLSTFQQ MWIAKSEYDE SGPSIVHRKC F

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Macromolecule #87: Flagellar radial spoke protein 5

Macromolecule	Name: Flagellar radial spoke protein 5 / type: protein_or_peptide / ID: 87 / Number of copies: 4 / Enantiomer: LEVO / EC number: Oxidoreductases
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 55.403551 KDa
Sequence	String: MSEPGEEPVA APAGPAPDPV LNELYGSERP AVELLPGVPL SPIVNSCWLP ADAKAMLAES WIPVPPEDAG EEAGPPPPAF EAAAPEYNE LVRRLAKTAP FRKWNELTIQ AKQLEQEVAG LKGPDAEAKQ AELENVKVQI ADAEAAVAEV KQSFSDDPLS L TGWMQALT ...String: MSEPGEEPVA APAGPAPDPV LNELYGSERP AVELLPGVPL SPIVNSCWLP ADAKAMLAES WIPVPPEDAG EEAGPPPPAF EAAAPEYNE LVRRLAKTAP FRKWNELTIQ AKQLEQEVAG LKGPDAEAKQ AELENVKVQI ADAEAAVAEV KQSFSDDPLS L TGWMQALT DLADGGMTTF EVSGQGWPYC SLRQLFGEMP SAAPPAGFFD GVERVLGTFK RRYEKERGPG SVQLMLKLAP NV FSDAWST GGAPAAVAAV EAYVERARAN VFGPDGGVTP EGVPEPLDLV QLVWWDFAAA DPLPVLKALQ RMATDQLQVD EDS GEVSVS EPKKIRGIGL VDFPADRLKA AIQAGVPITC VQVEHSVLVR SAQPVLDLCA KYGIKVLARG GTLGGLLSAK YLGA PPPDP VRGDADLDSV PGCLDAVNNV GGWARLQAAL AVIKGIADKH GVKPETVALR WQIDAGCFPL VTTRWSSRVW RQFGY EGWS SFEVSGGRPG VDGPLFQVES FLDVEDVRAL AGLAAVH

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Macromolecule #88: Flagellar radial spoke protein 1

Macromolecule	Name: Flagellar radial spoke protein 1 / type: protein_or_peptide / ID: 88 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 87.873445 KDa
Sequence	String: MALGPFVLPF RGDQYSFGIN FKSSPEEKLN FDLSCVAFDV KGQLHDTLHA RKPTALDGAL VKGFEKQALP EETVQVEGDD VIYMFPKKF ERQVEVLLFV ASAPSIPGKK HDLDSSSKLE FAVSYSDVGG QAFNQSFDLK PLAAQGGVSS IIVAVMYLQA E GGWTLRSV ...String: MALGPFVLPF RGDQYSFGIN FKSSPEEKLN FDLSCVAFDV KGQLHDTLHA RKPTALDGAL VKGFEKQALP EETVQVEGDD VIYMFPKKF ERQVEVLLFV ASAPSIPGKK HDLDSSSKLE FAVSYSDVGG QAFNQSFDLK PLAAQGGVSS IIVAVMYLQA E GGWTLRSV GDCHPFDSPG LIVPELKQTI LNLRDHHGVQ LDAADAIQAI DPAERVPVTR QFQDQSLDEA SAGRAAEPAP VK KLRIDLS WTFWPPPPPT EEGEEPPEEP ALEYNLVMYN KDGEEVQSIS TGNREATGAR AGRPEPEEDE EEEKEEEKEE PEE GEEGEE GEGGEPKEPP PPPPAPKVDP YEFKERDVIY LDVPDLPAEV RSMVLLVTNY DEENGFTRVR TVRCRLVDVS NGEA PLPGS KAAVAAAAAA AEQGLAAPPN PERVLADYGV LSKYEDDKAT TQVALMKLYK EYADSAFNVF RGAGVDNVAA FIGQE PDTI INQLKAYLEA TKKQKAAEAA AAAAAEESGE EITADPKPHV WRFRALGLNF GGDSLEAIEH DLKNLFAFDG DLAPGA ARD SDTSRSSFPN GDTYFGSYAD DVKHGPGLYA FATGAGYAGE YAGGKRHGRG VMVFPDGGTY VGEFVADKFE GQGQYRY PD GSVYTGSWAA GQKHGPGVYW DTARGCLRGE WKKGLLVGKG TYEQPALRFE GEFVRGMPAG TATYTLTGHR TLDMPCFA A QHIQAEEGPT LALPCAYGIP PGSGDEPQLD EEGQPIEDTD KPPLPAHPKY EGLTFTAEQL PGAAPDTVFP PEEGKPVPI TAVPAFSVST GLVA

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Macromolecule #89: Flagellar radial spoke protein 2

Macromolecule	Name: Flagellar radial spoke protein 2 / type: protein_or_peptide / ID: 89 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 77.445297 KDa
Sequence	String: MAPTQAGHDT AYLKETVGEA LARGCAAAIS AQPNDPVEYL GLWLLKYVKN AEVEGNFYRE RQQDLQKKKD RLVKEAQSEQ AAKSVALTR KEAADALALV TAEPRELLEA AVKLVKQHTA AGAAYAAVVA EPEEPDWVAP EDDEAAAVET EDEAAGGAAL A EGEEPPPE ...String: MAPTQAGHDT AYLKETVGEA LARGCAAAIS AQPNDPVEYL GLWLLKYVKN AEVEGNFYRE RQQDLQKKKD RLVKEAQSEQ AAKSVALTR KEAADALALV TAEPRELLEA AVKLVKQHTA AGAAYAAVVA EPEEPDWVAP EDDEAAAVET EDEAAGGAAL A EGEEPPPE PEPEPEAAPE DGEGDAPAPK IPRPVDYSKK YFAYVAASAG QEHVLEADLY RPAPPPEDAD EDFKPEPLPY SF RVLDEKL PMLYVPNVAA EERVKFFRKF PKIGSYQACG VALPASGEFK ALLAADTLFP EGSGQPLSAD DRDFVWEVSQ SLS RALEAV QARAAEALAA TSAAEAVEEL KAKVAELREQ AAAEAAAAAP PPPAEGEEGE GEAPPAEEEP PAEEEAEEEE EEAE EGAEE GAEEGEEGEE APPKPKKKKK VFNPIPGLQA AIEKLTAAAE AATEADARAQ AAVALEKQAL DEVVALASSH SDATL SSLR NMLSVPQGTY HVVKALLHLL GRPAASFSTW KRAHSHFSPR LFEDMAAYDA TAERDMAVWG RVRSCYKAAP AAKKLD AEM PNTLFGSVAL MYIKQVRRVA RKAVLQRELA AKLAKAQQDL ADKQAALVEA ERVKAEREAE EARLAAEAEA AAAAEAE AA ARAAAEAEAA AAAEAAAEAA AEAAAAAAEA AAEAGEGEAV AEREAAPAEA EAAPAEGEAA PPAEGEGEAQ PAQEGSNS S SSSSDSSSSE ESKAAAE

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Macromolecule #90: Radial spoke protein 3

Macromolecule	Name: Radial spoke protein 3 / type: protein_or_peptide / ID: 90 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 56.856688 KDa
Sequence	String: MVQAKAQQQL YTHAAEPKAV QQRRAKYRED ETTQTLPTAN IMFDRRVVRG NTYAARILPA DATQTQTKGP SPASTKKRTT RTLPPRTPE AVDGRRHIDI QTDVYLEELT DTVPEADTST QTDAFLDRPP TPLFVPQKTG TDAITQIENG DLFDFDFEVE P ILEVLVGK ...String: MVQAKAQQQL YTHAAEPKAV QQRRAKYRED ETTQTLPTAN IMFDRRVVRG NTYAARILPA DATQTQTKGP SPASTKKRTT RTLPPRTPE AVDGRRHIDI QTDVYLEELT DTVPEADTST QTDAFLDRPP TPLFVPQKTG TDAITQIENG DLFDFDFEVE P ILEVLVGK VLEQGLMEVL EEEELAAMRA HQEHFEQIRN AELVATQRME AAERRKLEEK ERRMQQERER VERERVVRQK VA ASAFARG YLSGIVNTVF DRLVSSGYIY DPVMREVETA FMPWLKEQAI GYLARGVVAR RVVDKLVEDA AAALAANRST LAD KAASTA ATVDAWAERQ AKMEAELQGK ELEAVRRRPT FVLRELKPAV ASADAVEAAA AELTAQAEEA ANAKWEADKA EAAE KARAE AEAAAEEQKA LLEELAATAA AEAEERGEEP PAEPPSLPDG VEPVDVEAEV AKAVEAVPKP PVKEVTDIDI LSYMM DKGA ITKDAIIQAL AVHALGDKAY TNHPAFAEAE GA

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Macromolecule #91: Radial spoke protein 4

Macromolecule	Name: Radial spoke protein 4 / type: protein_or_peptide / ID: 91 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 49.84377 KDa
Sequence	String: MAAVDSVAQA LAYLQVHSPQ DGTSMYDHLV KLVSKVLEDQ PKNAVDLLET SLLVKKSTFD PKESSPLVPI PVAPDATQTQ AAVSIFGDP ELPINPATGE PVPADPPNEF EAENMLGAAA VLDCLGVGLG RELGVNIALA AKRIGEDPKL AVRSVRFFGK F LGLYSDYF ...String: MAAVDSVAQA LAYLQVHSPQ DGTSMYDHLV KLVSKVLEDQ PKNAVDLLET SLLVKKSTFD PKESSPLVPI PVAPDATQTQ AAVSIFGDP ELPINPATGE PVPADPPNEF EAENMLGAAA VLDCLGVGLG RELGVNIALA AKRIGEDPKL AVRSVRFFGK F LGLYSDYF VFEVAFKKEA AKEAAPAAPA PERVEGEAAS SSAPEVPVEE PGKGANKFTY LVCSSLGGPL TRLPDVTPAQ VK ASRRIKK LLTGRLTSHV STYPAFPGNE ANYLRALIAR ISAATVVAPS DLFSLNDETG ELERAEDWEP PAGREMAAPT AWV HVRPHL KSQGRCEVHK RELPEDADED EFYNEDELEE GPDLLAALEE DAQLPGEQAA WTPIYSSASE AVKTQAGGLR SLVW PGAVC GGRGSEWTCV YVGWGVKNAP FVPLPPPPVA QEFAWGEVET QELELKPAPP PPEEEAEADE

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Macromolecule #92: Flagellar radial spoke protein 6

Macromolecule	Name: Flagellar radial spoke protein 6 / type: protein_or_peptide / ID: 92 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 48.884551 KDa
Sequence	String: MAADVGQALA FLQQVKTTQG ASIYEGLKAA LAKVLEDRPV NAVEALETSV LSTPPAANLS VPLVPAASAA AAAAAVAKAS LFGDPEPVL DPESGEPIDP DAPNEFECED VEGDGDLLDG LGVGLGRQEM YAAMLAVKRL GEDAKRGVST VRFFGKFFGT Q ADYYVFET ...String: MAADVGQALA FLQQVKTTQG ASIYEGLKAA LAKVLEDRPV NAVEALETSV LSTPPAANLS VPLVPAASAA AAAAAVAKAS LFGDPEPVL DPESGEPIDP DAPNEFECED VEGDGDLLDG LGVGLGRQEM YAAMLAVKRL GEDAKRGVST VRFFGKFFGT Q ADYYVFET TLQSNPDMPE APEGTIPLEP YGEGVNAYIY FVSNTLGGPL QQLPYVTPEQ IKASRLLRRY LTGRLDAPVS AF PAFPGNE ANYLRALIAR ISAATVCCPR GFFTADDDSA ELSANDEWVP LKGREMALPV NWSHRYAHLK GQGRTVTHKR DPP DEEEEP EKNFWTAEEM EAGPPPLATL DTDAPLPAAT GDKVPPPAWS PVFASASVTT RNQVAGVRSN RWPGAVCACA GRHF TSMYV GWGIKAGGEW SPCPPPPPVP QWGAPAAGVE GGQQLLLECN DLPPKPAPPE EEDE

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Macromolecule #93: Radial spoke protein 7

Macromolecule	Name: Radial spoke protein 7 / type: protein_or_peptide / ID: 93 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 54.781898 KDa
Sequence	String: MSSTYQKPIT IPGDFPAILK AFTREILRAQ PSNIYEFGAR YFSGLQGQAE PEGLGRAAPV EPASTSHAAT SKATDVEETA VMFDIAALT PAELEPILMK LFIEADADRS GFLDRHEFTA VLRNANLKLS DRQIRQILAE ADENDDDVIQ YKEFLPIMVD I LQSIKAKE ...String: MSSTYQKPIT IPGDFPAILK AFTREILRAQ PSNIYEFGAR YFSGLQGQAE PEGLGRAAPV EPASTSHAAT SKATDVEETA VMFDIAALT PAELEPILMK LFIEADADRS GFLDRHEFTA VLRNANLKLS DRQIRQILAE ADENDDDVIQ YKEFLPIMVD I LQSIKAKE QAKAMMHGVE TMVRTEVETM LLHGLPQEEL QALMLKVFKK ADADGSGQLN RHEFKEALKA AELGLTRKDI NL ILSHIDV DRDGLVSYEE FIPVCFQVLV ERFKDEIVVN DILGNADELQ QMLLGAFRDA DPDNTGLLSQ RQVKSIFKEL SYK ALGLTT LQMVSLISQA PTTPDGMVQY IQFVPQAASI IRSMYDVETM KGRMHAIKAV AEAGGIAALG ALDLDQLRGV LEQA FQRVD TEGAGQLTLP QVTQVLDGLN SLAPDANLAL SDQHMKAMFA AIDADESGTV DWTELVNFIC DALEHIEREA YVANM RDGG AGGAGEAEAS PGDEEA

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Macromolecule #94: Radial spoke protein 9

Macromolecule	Name: Radial spoke protein 9 / type: protein_or_peptide / ID: 94 / Number of copies: 8 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 29.572348 KDa
Sequence	String: MVQLEPNITL VLKHLASCGA VVSAEQQAAL DHSIPIKRIE AGLRSLTLWG RLTTLNGKDY LVAEGYNVAS SKEGAAVYET KYFYSQDGA RWSDLQPVDS ETATRCARIK GMLSGDPAKN YELEEKDPNA PEPSPEAEEE VKPLVFQIPE LAVLRCRVDA I ATATSVIP ...String: MVQLEPNITL VLKHLASCGA VVSAEQQAAL DHSIPIKRIE AGLRSLTLWG RLTTLNGKDY LVAEGYNVAS SKEGAAVYET KYFYSQDGA RWSDLQPVDS ETATRCARIK GMLSGDPAKN YELEEKDPNA PEPSPEAEEE VKPLVFQIPE LAVLRCRVDA I ATATSVIP TDSTILNAAS QVVPNRLFAG AAYPEKLESY QHRFSLPGSG VTLSQDLRGT WAVQYDAFKG VAQVRSLLFP GY FFYYAAN ELTWGSLYVG DGLRNNDLIF ML

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Macromolecule #95: Radial spoke protein 10

Macromolecule	Name: Radial spoke protein 10 / type: protein_or_peptide / ID: 95 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 23.553943 KDa
Sequence	String: MADDELPPQP VWEGPLDEDG KPHGLGKMEY PPPPMGEDDE EEKPGDKFEG TMEHGVRTGK GTYTWGVSGA VYTGDYVNGK KHGKGKMVY PDKGVYEGDW VEDVMQGQGT YTYPNGDIYQ GAFWAGKRHG KGMYHYKGPC CQLVGDWADG GFTYGRWVYA D GSMFMGKF ...String: MADDELPPQP VWEGPLDEDG KPHGLGKMEY PPPPMGEDDE EEKPGDKFEG TMEHGVRTGK GTYTWGVSGA VYTGDYVNGK KHGKGKMVY PDKGVYEGDW VEDVMQGQGT YTYPNGDIYQ GAFWAGKRHG KGMYHYKGPC CQLVGDWADG GFTYGRWVYA D GSMFMGKF GGAAADSKPT AGSYFYSSSS LVQEGHFAKD GSWVGHRDPA VGKEFSVA

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Macromolecule #96: Radial spoke protein 11

Macromolecule	Name: Radial spoke protein 11 / type: protein_or_peptide / ID: 96 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 21.504635 KDa
Sequence	String: MDVEPIFCAE QIVIPHNLAD ILKAYTKEVI RRQPTDLIAF SAKYFTNLAN VASGVSNSSA PAKEQLRQVY TRGGSGGATL TESQVTGLC QQAGIADAVV AKVMEVGAFT PAAVDLSKFV FLCLAMSCED FNRVCMGVFD VFSDNGSLPA QDLLTLIAHL G PDMDPEVT ...String: MDVEPIFCAE QIVIPHNLAD ILKAYTKEVI RRQPTDLIAF SAKYFTNLAN VASGVSNSSA PAKEQLRQVY TRGGSGGATL TESQVTGLC QQAGIADAVV AKVMEVGAFT PAAVDLSKFV FLCLAMSCED FNRVCMGVFD VFSDNGSLPA QDLLTLIAHL G PDMDPEVT PAFLDAVAAE LPAGGGAVTY MELCEAPSLK PKLGLS

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Macromolecule #97: Peptidyl-prolyl cis-trans isomerase

Macromolecule	Name: Peptidyl-prolyl cis-trans isomerase / type: protein_or_peptide / ID: 97 / Number of copies: 2 / Enantiomer: LEVO / EC number: peptidylprolyl isomerase
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 19.632256 KDa
Sequence	String: MDFESNGAMM EYCKSTGRTY CAFSIQQSSK LLGTVVLELF TDIAPATCAN FIKYIKDGYQ GTPLHRIVPN GWVQGGDIVD GSGKGDPGF VLPDETYSVK HDAPGVLGMA TGGQPHTANT QFYISLSPLP FLDGKRVAFG RVLNKQSLEN LLALQTLPTF Q NERPVPDV VIASCHVIYN PNS

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Macromolecule #98: Radial spoke protein 14

Macromolecule	Name: Radial spoke protein 14 / type: protein_or_peptide / ID: 98 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 40.597703 KDa
Sequence	String: MDSQARIQAN LRHIQAFEAK PNPKALPETA VTRGFEKVAF PKLVRELTCD NAVVRKKSLL AARELLSSPV NHVQCVAAGA TPAIVALLQ DQTDDETRYY AAGTLKLLAA KEVGARDLAQ HSGLDALAAA LEDPSEGVRD EAYGALIEAA RFDSTRRALE A CGSGAVLP ...String: MDSQARIQAN LRHIQAFEAK PNPKALPETA VTRGFEKVAF PKLVRELTCD NAVVRKKSLL AARELLSSPV NHVQCVAAGA TPAIVALLQ DQTDDETRYY AAGTLKLLAA KEVGARDLAQ HSGLDALAAA LEDPSEGVRD EAYGALIEAA RFDSTRRALE A CGSGAVLP RLMELALLEA QGGAAGRAQQ GLVLLFTCTQ ARHNAGILSQ LVDVAQAIPH LAGLLKPELP MPVRHAAAEL LG ALATRED AKIQAVQVGA VPLLLLAASP SVPVPFATSA VAALGAITIR REGKYAALES PGGLAGLVSV LDPCHEQLCI NAM TAVSNV AEAPEARAIL VASGAGPKLQ HIFETATVEV VKRAAAQAIR QCRFKHLPYE VLPGAPPINE E

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Macromolecule #99: Radial spoke protein 16

Macromolecule	Name: Radial spoke protein 16 / type: protein_or_peptide / ID: 99 / Number of copies: 8 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 39.052676 KDa
Sequence	String: MTRGLDYYEV MGLTRSANDI DIRRAYRRLA LKYHPDINKD GAAGDEFLRI CEAYEVLCDP KTKGFYDLYG EDALKDGISD GNGGLKGPM YRFNPEESPK AVFERFFGTA NPYEALEALS NQFESMTSEE APARGKNKVY PLELTLEEIF HGCLKKVAHK R KVLLFSGE ...String: MTRGLDYYEV MGLTRSANDI DIRRAYRRLA LKYHPDINKD GAAGDEFLRI CEAYEVLCDP KTKGFYDLYG EDALKDGISD GNGGLKGPM YRFNPEESPK AVFERFFGTA NPYEALEALS NQFESMTSEE APARGKNKVY PLELTLEEIF HGCLKKVAHK R KVLLFSGE YVEEERQLTV DVKPGLPTGT RFVFEGEGNK TPKKEPGPVV FVLKPKPHPR FVRRGSDLVH KVTLPLHHAL IG TTLDIRT LDDRDLKVPI SDIMRPGSSL TVPGEGMPLP ATPSARGNLV IEIDLLFPTH LTETQKMLLR SAFFLPPPTE QNE ETKKAL RDYEAAFKHD LKGWATVFKR

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Macromolecule #100: UNKNOWN

Macromolecule	Name: UNKNOWN / type: protein_or_peptide / ID: 100 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 2.91158 KDa
Sequence	String: (UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK) (UNK)(UNK)(UNK)(UNK)(UNK)(UNK) (UNK)(UNK)(UNK) (UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK) (UNK)(UNK)(UNK) (UNK)(UNK)

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Macromolecule #101: Nucleoside diphosphate kinase 6

Macromolecule	Name: Nucleoside diphosphate kinase 6 / type: protein_or_peptide / ID: 101 / Number of copies: 4 / Enantiomer: LEVO / EC number: nucleoside-diphosphate kinase
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 61.422211 KDa
Sequence	String: MAELEKTFAL IKPDAVRAGK AQEIMQLIEL NGFTIIAKQK LQLTRARAEE FYGEHKGKEF FPKLVNFMTS GPIWALVLAK PGAILAWRA LMGPTNVFKA RAEQPKCLRA LYGTDGTQNA THGSDSPISA AREIKFFFPT LSGDPTIYAE PTAAAEYITK R IQPALAKA ...String: MAELEKTFAL IKPDAVRAGK AQEIMQLIEL NGFTIIAKQK LQLTRARAEE FYGEHKGKEF FPKLVNFMTS GPIWALVLAK PGAILAWRA LMGPTNVFKA RAEQPKCLRA LYGTDGTQNA THGSDSPISA AREIKFFFPT LSGDPTIYAE PTAAAEYITK R IQPALAKA LAALAREKPS ADKFEAITFV AGYLLQNNPN KPKVLMPDEW DPALMGDDED DEADFINARL AAPTGNDGAT KA EFDAMVE AAKADTGGAA PAQEFVYPDS KPTTPVVPAP PAPGSKPPSA SGARPQSARP TSARPPSASA APPAPLAPVP PPA SSSRPA SGSGRPPSAT ARPPSATPPP PPPAVELEEA DDPAQLDEAA TKVQAAFRGY QARKEVAVMR SEAQPGEAAA EPEQ EAELQ PEAEPEPQPE GEQEPQPQAS ASSSFLPDGV TEEMAAEAAT RVQAHMRGHL ARKQVAAIKA QQAAPAVAES SEALA EPEP QPEAEAEPQP QASVSSSFLP DGVTEEMAAE AATLVQAHMR GHLARKQVAA IKAQQAAPAV AESSEAQAEA EQTEAE AEP QPDAEAEAGA AEGEAEPEPE AAE

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Macromolecule #102: Cytochrome b5 heme-binding domain-containing protein

Macromolecule	Name: Cytochrome b5 heme-binding domain-containing protein / type: protein_or_peptide / ID: 102 / Number of copies: 2 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 26.60907 KDa
Sequence	String: MAPPRGPLRR YYTPYEVAMH NTPDDCWVSF LGGVYNLTDL IKANQGALAA PLIAAAGQDL THWFDPTTKD PKRHICPATH IERFYTPMG RFIHVPPPEP MCNWDTSFGL PWWRDAKKYQ IGLLSARTRV IRVRNVLTDQ EDQIEVPCEE KLVEIRERYL E LNAHAKSY ...String: MAPPRGPLRR YYTPYEVAMH NTPDDCWVSF LGGVYNLTDL IKANQGALAA PLIAAAGQDL THWFDPTTKD PKRHICPATH IERFYTPMG RFIHVPPPEP MCNWDTSFGL PWWRDAKKYQ IGLLSARTRV IRVRNVLTDQ EDQIEVPCEE KLVEIRERYL E LNAHAKSY TWKALVRDPN GDTHVFQELD LNLTLEENGV PDETPVFEDH HVPTDYFIPV LHVYWNDDLT VA

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Macromolecule #103: FAP385

Macromolecule	Name: FAP385 / type: protein_or_peptide / ID: 103 / Number of copies: 4 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 8.111163 KDa
Sequence	String: MSSQYSESRP LHGSAAQTPL YEKMRDYAHS NKVQELLQKM TADLFIERPA DPVTWMIKWL SEEQKRSGTA

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Macromolecule #104: FAP207

Macromolecule	Name: FAP207 / type: protein_or_peptide / ID: 104 / Number of copies: 2 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 28.41841 KDa
Sequence	String: MPPNIPGTLT AESLRRKQGD QLWKTSDQKA QKEGPHHTVY WTTGERYQGS WKDNKKHGKG TVIYKNSDKY EGDWANDMRH GLGTLWLYR DGKYVVRYNG EWRADQPTGH GTFFADNGDT YEGEWLNGRR HGKGRAVYGG RPVDGFGGDV YEGYFENDVK C GPGTMMYA ...String: MPPNIPGTLT AESLRRKQGD QLWKTSDQKA QKEGPHHTVY WTTGERYQGS WKDNKKHGKG TVIYKNSDKY EGDWANDMRH GLGTLWLYR DGKYVVRYNG EWRADQPTGH GTFFADNGDT YEGEWLNGRR HGKGRAVYGG RPVDGFGGDV YEGYFENDVK C GPGTMMYA NGDVYEGLWA ADKKNGTGTY FYMSKGKRFD GVWADGAIKC GTYSEIHAPP PGTPGALPPC ELRNPDKVLA EA TMEASEA ATEAAARGL

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Macromolecule #105: FAP253

Macromolecule	Name: FAP253 / type: protein_or_peptide / ID: 105 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 75.037945 KDa
Sequence	String: MSDPEAEQGE QGYEESPEEP GPGSEAPSPS RIDNGLDTII DIDPQTQHAE EGSNTAYESE QPDVISSYTG GQQEEDGEQA GNGAIDETT EEAAGEADDG GKASGFAVEV DAGTDAAAEG DLEPEPEPER PASASGEPQP TASTSRPASG AAARPASARP T SARPGSAA ...String: MSDPEAEQGE QGYEESPEEP GPGSEAPSPS RIDNGLDTII DIDPQTQHAE EGSNTAYESE QPDVISSYTG GQQEEDGEQA GNGAIDETT EEAAGEADDG GKASGFAVEV DAGTDAAAEG DLEPEPEPER PASASGEPQP TASTSRPASG AAARPASARP T SARPGSAA PRQPSASGGS RPGSGHPVNL APDSVGLAQQ QQQKSQIEVG AQAYEARGSS RPQSGGDAYG QAEEASAAAA AG RPSTSQS GSRPPPSREG VAVVPSIPED QPLAVPIHIE RYIAPGLKAI EVEVAQGPGM PHRLVRVLLD YTQCDAKPYL GGF RNKRTG AVYHHGATQT PRAPKYSEAD RKLSRETQTV KIKQHSQQTV REQATQMARP GVLLDNDYDK EVTPGRYQTA DERD EIVLR STLRIQRWVR GWLGRKRAAY LRGKKMEREA FLRDQEARAQ SEAEEHRRRE IQRRMHPRTA ADFEVLYNEL EAWRL QETR KIKEAGLAKE QEQQVLQQLL HKETKLLQTI DRLKINANQE NKEARIQHTL NEMSKPKKFA LRNGGKVDVH TPFTTR AKE LQQLYNGLNL PLLTVDERLD VLLHVKWTVK EFDCDLTREL VDLIDREADL LNRGRNPKML EGLRKRISSL FLNFIET PE FNPEAVRFQI VPMDFEAYLY EQVGKATAKA GTSVGTRTLS

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Macromolecule #106: 28 kDa inner dynein arm light chain, axonemal

Macromolecule	Name: 28 kDa inner dynein arm light chain, axonemal / type: protein_or_peptide / ID: 106 / Number of copies: 6 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 28.691717 KDa
Sequence	String: MIPPLSSLVR YDNPVLVSTS KDKGKGAKGT PGKKGALPPV EQKPGLTQTE DILNSILPPR EWTEDGQLWV QYVSSTPATR LDVINLQEK LDQQLQQRQA RETGICPIRE ELYAQTFDEL IRQVTINCAE RGLLLLRVRD EMRMTIAAYQ TLYESAVAFG I RKALQTEQ ...String: MIPPLSSLVR YDNPVLVSTS KDKGKGAKGT PGKKGALPPV EQKPGLTQTE DILNSILPPR EWTEDGQLWV QYVSSTPATR LDVINLQEK LDQQLQQRQA RETGICPIRE ELYAQTFDEL IRQVTINCAE RGLLLLRVRD EMRMTIAAYQ TLYESAVAFG I RKALQTEQ GKSEMESRIT QLEGDVKDLE RQVQEWKFKC EAIEKRESER REVEAKKHKD EVAYLENYAK QLKQQLETFL VP AKKGAPG APAAAT

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Macromolecule #107: AAA+ ATPase domain-containing protein

Macromolecule	Name: AAA+ ATPase domain-containing protein / type: protein_or_peptide / ID: 107 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 478.234844 KDa
Sequence	String: MDWDDSSVAG TAKRPGPKQT LQSSKQVPAK VQVKLPKALF ESALSSGNAS LVERSVKAEA SRPPPGSLPP GFKLPPKPPG MLGTNGGSP GSPGLIGTAT ATHSLADLSG SHSLMSVSTS RGPPLPTATP PVPRRVPTCE NYFDPGASSD VFPSRAVEGS S LADYFGAG ...String: MDWDDSSVAG TAKRPGPKQT LQSSKQVPAK VQVKLPKALF ESALSSGNAS LVERSVKAEA SRPPPGSLPP GFKLPPKPPG MLGTNGGSP GSPGLIGTAT ATHSLADLSG SHSLMSVSTS RGPPLPTATP PVPRRVPTCE NYFDPGASSD VFPSRAVEGS S LADYFGAG AGGAGSPALE VQADPAHPLG WVLAEETQMG TRLRPRTGQL PVRTTTSMPL EYFDSPEMEL VQPEERLRRA RE AAAAEGR GADSGPVGVP GFSRYFDTSG TFMWAPCVMT DYDRGQDMYH ITWNTTGKTK WVKRLNLLFA DENKSGFAFR LRQ ARRRRD ESEGEARYSE YVSKQPFNNI DVLDEHFKRK IFKRVGGDVT QRLASNAHGH FEDFRANFKH AVKSAIVDVQ FRQQ DAAAH LAAANIQPVS HGSHALVPPQ GCVNLEALPA GRVVVVNQPE HAAAEGQDWF AQDVGREGFE LLLADVKRGA VVGHP ALLT ALQQMYKDLD ISSMALTVTD MRELPLPARL GDYARMQRNH RELVADMLSS DWTIKVIAIV ERILSGDDPE MTALAV AEA TLAAGGATGL GGTSGAAHAH ANPFGLSQAA VMRFIKMVSL AMADQLRTAV LSSIQMCCGF WKQYDVQPGD GHIRAGY PS GEDAGGAAAG GEGPAVEPAN VWFGRTHPPP AKWGEDLHAS WPPPLLLVSL QVVDGGIQLV PPLAEVEDTV VQTYDDII A ATSKVDDISV KVVNMAMEQY LASVDPVADP AAVAGRDLVR DIVQKNLVAP ADLVASFQEF AWLVSASVGE YVDAWAEAG HSLAETDAEV GRLAALGEAV AAKAEGLVAF RLLAVDCSGA QQWLGDKAAA LRNALLTWQA DTWHAANVAA VEQFEAIVAR LHQAPDSTE ALDELDKFVE KVDGRMPEFE GVVAESRAVA DVLHGAQHEL AMEAFETHWR LLRWPLDLAG ELIEVRSQLA R WRGRYLSQ LKADSAALIA DLAELQAEVE RFVTLGDLKQ VDDRTATVLD IENRLNSYAE LSELYGNREE IFGLPRSEYP TL EDIRKAF APSSDLWKIA SEFARSLPEW LDGPFTEIDA EAVAADVDRW WRSTAKLGKQ LDKEPLEVVT AVRAKLEDFQ VHL PLITAL RNPGLRDRHW ERISTAAGFP VRADAGFSLS RALQLGLPKH LAAIEEVAEY ASKEYSLERA LDKMQADWAG VVFE TMTWR ATGTTILRAL DDVQMLLDDQ IVKTQSMRAS PYIGPFEDRV RLWESKLGLV QETLDQWLRC QQGWLYLEPI FGSED IMQQ MPNEGRKFKA VDHTWRRTME KLSKNAEVLV TCADDELLKA LAEANKLLEQ VTKGLNDYLE TKRLAFPRFY FLSNDE LLE ILSETKDPTR VQPFLRKIFE GINALEFQPD GTVTAMSSEE GERVPFKDTF NPRESQGQVE RWLIECEIAM RTTLKHT IL KSFNDYAKAP RINWVTSWPG QVVIAVDCMY WTKEVGEAIA KQALQDYSQQ CTDELMKVVN KVRGKLSKLD RKTLSALI V IDVHARDVVA QLASTGVTSE SDFAWNSQLR YGWEGGEVSV RMINAQIYYG YEYLGNGSRL VITPLTDRCY RTLMGALHL NLGGAPEGPA GTGKTETTKD LAKAIAMQCV VFNCSDGLDY QAMGKFFKGL ASSGAWACFD EFNRIDLEVL SVIAQQILTM QRAKSAGVS SFEFEGTKLS LRPTFSVFIT MNPGYAGRSE LPDNLKALFR SVAMMVPDYA LISEIMLYSS GYLKARDLAR K LVATYRLC SEQLSSQSHY DYGMRAVMSV LRAAAANKQR SPDTLEDVLM LRSIRDVNEP KFLAPDLPLF AGILSDLFPG VD LPATDYS ALDERLVSNC TRLNLQPTPT FLEKAHQLYE MILVRHGLML VGYSYGAKTC IYRTLAGALA DLETAGLMEE HKV QLRIMN PKSITMGQLY GQFDPVSHEW KDGVLAKLFR EAAVDTSTDR KWVLFDGPVD AVWIENMNTV LDDNKKLCLN SGEI IQMSA SMNMIFEVQD LAVASPATVS RCGMVYVEPE QMGWRPLRDS WMHTLPPTLG EEARAHLIAL FDWLVDPCVA FIRKN CKEL VPTADISLPN NLMSTMMSLM DELKDPKQAA AMAARDVLKQ LDGMFVFSLI WSVGATTDSD GRIAFSDFLR KLLDGG VDR KMTRTDFDLG PGLEIADPGF KLSTQLPKDG LVYDYVWDKP RAAWRHWMDS GSGESAAAAI PESANFNEII VPTVDTV RY TWLLTLLATH GRHVLFAGPT GTGKTAYVKS AIEALDKSLF TNQQTAFSAQ TSANMIQDII DARLDKRRKG IFGPPVGM R CVVFVDDVNM PALEVYGAQP PVELLRQFLD HSGWYDRADN TWRQLADMQL VCAMGPPGGG RNPVTPRFVR HFNLVAITE FDDATYTRIY GAICDWWFRR ARLPEDVRGK GGALVKATLE IYNTIRAQLL PTPAKSHYTY NMRDLSKVFQ GVQSIGVPVP DTRSLTRLW AHETLRVFHD RLVDDGDRTW YCTLLKDMVN KHLGLKFDNV FEPPAGSGLA KGDVAVLRNL LYCDFQVPGA D PAKYDEVT DLPKLMTVVQ DYLADYNAQS KNRMDLVLFL FAAEHICRIS RIIKQPYGNA LLVGVGGSGR QSLTRIATFM AD YKLFTIE ISKSYTVNEW REDLKRVLRQ AGGAGQSTVF LFSDSQLKDE SFLEDINNIL NTGEVPNLFA KDEVVGIMEQ VTA RAKRAG KPLTPASLFA FFVDACRANL HMVLAMSPVG GAFRERLRKF PSLVNCTTID WFSVWPSDAL KSVASKFLHD VEMT DDATR SAVEDMCMEF HVNVRALAVE FKAELGRHYY TTPTSYLELI QTYKELLGSK RKQVHGLKRR YEVGLEKLLA AEQDV GAMK EELIALQPKL IETGKEVEET LKIVDRQTQE AEAKKVVVQG EEAVANEKAA AAKAIKDECE ADLAVALPLL ESALKA LDT LTKADITEVK AMKNPPKAVK VVMEAVCQML SIKPNKINDP ANPSKKINDY WGPSQGLLAD TKFLDTLRAY DKDNIPQ PI IAAVRPYLDV EEFDPPVVKK ASNAAYGLCC WVRAMESYDK VAKVVAPKKA KLAEAEAEFN ELMVGLNAKK AELAELEA K LAELNKKLAE MQARKAQLEA EVDLCEKKLD RATKLIGGLG GEKSRWTEVA HKLGGDYINL TGDVLLASGF IAYLGAFTA AYRERATSSW VALCRERHIP CSDSFKLVTV LGEPVKIRDW TIDGLPNDSF SIDNGIIVSK ARRWPLLIDP QGQANKWIKN MEKKNKLEV MKLSDGDYIR RLENCIQFGT PVLLENVGEE LDPTLEPLLL KSVFKQGGGL CIRLGDATIE YSESFRFYMT T KLRNPHYL PEVSVKVTLL NFMITPEGLE DQLLGIVVRL ERPELEEQKT KLVLAGAENA RQLKEIEDRI IEVLSASEGN IL EDETAIN VISSSKLLSN DIAQKQQIAD KTERTIDETR LGYKPVARHV SVLFFCISDL AAIEPMYQYS LLWFVNLFED TIA RAEKSK DLTRRIEALI SHFTHSLYIN ICRSLFEKDK LLFSFALTVS IRAHIKQQLD LNLFRFLLTG GIGTAEPPPN PSDW LADKC WSEMCRLAEH FEAFKALPDS FRDDPGPWRA MYDSADPTKF KLPEPWHSKL DGFQKLLVVR LIRPDKLVGA IQAYV HEVM GQKFIEPPPF DLDRCYQDST CLTPLIFVLS PGSDPMSGLL KYADAMRINV ESISLGQGQG PKASKLIEAA QEAGGW VVL QNCHLAVSWM PTLERLCEGL TLENTAPAFR LWLTSYPSPS FPVSVLQNGI KMTNDPPKGL RANLLGSYLS DPVNDPS FF EGCNRPAPFK KLLFGLCFFH AFVQERLKFG PLGWNVPYQF SAPDFVISAR QLQMFLNEMP AGDPAAPVPL PALRYLTG E CNYGGRVTDA HDRRTLMSIL DIFYTPAALG EGYAFSPSGR YYAPPEGHAE SYLGYIRGLP ILADPEVFGL HANADITKD QQETDLMLSS LLAASSGGGG GGGAGHGRDA LLAEVAADIM ARVPQPFDIE AVRFKYPVDY FESMNTVLCQ ELVRFNRLLE VVHESLAGL QKALRGLVLM SGDLEALGNA MYDGRVPKLW MDKSYPSLKP LASYVADLIE RCRMMSDWVE HGPPPVFWIS G FYFTHAFL TGVKQNYARR QRIPIDTITF TYTCMQGHAD DYKTAPEDGA LISGMFVEGA RWDPESCKLQ ESLPKVLFSP AP LIKLSPC DAAEQATFPH YECPLYRTPE RRGVLATTGH STNFVMELMI PSDQPQDHWT RRGVAFLLSL AD

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Macromolecule #108: UNKNOWN

Macromolecule	Name: UNKNOWN / type: protein_or_peptide / ID: 108 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 6.145567 KDa
Sequence	String: (UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK) (UNK)(UNK)(UNK)(UNK)(UNK)(UNK) (UNK)(UNK)(UNK) (UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK) (UNK)(UNK)(UNK) (UNK)(UNK)(UNK)(UNK)(UNK) ...String: (UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK) (UNK)(UNK)(UNK)(UNK)(UNK)(UNK) (UNK)(UNK)(UNK) (UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK) (UNK)(UNK)(UNK) (UNK)(UNK)(UNK)(UNK)(UNK)(UNK) (UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK) (UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK) (UNK)(UNK)(UNK)(UNK)(UNK)(UNK)(UNK) (UNK)(UNK) (UNK)(UNK)(UNK)(UNK)(UNK)(UNK)

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Macromolecule #109: Radial spoke protein 15

Macromolecule	Name: Radial spoke protein 15 / type: protein_or_peptide / ID: 109 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 35.302625 KDa
Sequence	String: MQVFALCEAL YEYSGLAVLR LPYNFLNDMA AQAVARLMQV NPGLQLLDLT GNEVTDKGAA AITEVLAKPE AGLKALILRH NPIGDTGAL AVADMLRSNR SLTLLDLADC HVAVKGLIGL ANALTAPEGN RSLQVLDLED AQLAAPQDST YQHMSRMLAT N TTLTELSL ...String: MQVFALCEAL YEYSGLAVLR LPYNFLNDMA AQAVARLMQV NPGLQLLDLT GNEVTDKGAA AITEVLAKPE AGLKALILRH NPIGDTGAL AVADMLRSNR SLTLLDLADC HVAVKGLIGL ANALTAPEGN RSLQVLDLED AQLAAPQDST YQHMSRMLAT N TTLTELSL AKCRLVDSQL ELLTTYGFAR SSARWSSLSL RANRLSPFSG PTLERLLALP ALCRLQRLTL ASNSLGNDGA SA LARVLPT ACPDIRELDL RSNGIGDVGL LALAAALPLV NSLELLLLWG NSFSPASSRA VAEALAAPAL RRLRSDLRPY VVD GEVALA LQEVE

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Macromolecule #110: Radial spike protein 8

Macromolecule	Name: Radial spike protein 8 / type: protein_or_peptide / ID: 110 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 40.537438 KDa
Sequence	String: MQSHSSRHVV SEHLKDLHPD LSEPFPKHVI EDEVAEAHGR RAIPKLVAVL ALPELPDDQR AHALRVLNGL LSTQEHKTNA VAEGAAPPL CQLASQCRDD EVRRLSCSAL ASLGQVMAGR NGIVAAGGLP VLTEALQTTP EQAAAALKSF AASNDGAAQL N LERAAIVP ...String: MQSHSSRHVV SEHLKDLHPD LSEPFPKHVI EDEVAEAHGR RAIPKLVAVL ALPELPDDQR AHALRVLNGL LSTQEHKTNA VAEGAAPPL CQLASQCRDD EVRRLSCSAL ASLGQVMAGR NGIVAAGGLP VLTEALQTTP EQAAAALKSF AASNDGAAQL N LERAAIVP ALVTLLSQPT DPAFTLTAFS NALSTLEGMT RTDDGVLAAL DGGVPACLVA LARRGLEGDL KFEGRLMELL QL VATCLEQ ICHHADGKAA CRQAEAHKVL AELLTLQHRE IIKHAAAALM GLAVEKESKV NVMLYAGVSL VRLMRGSDAE LAA NARDTV AAAAEHLEAR RTAEMLLSME ERELLLWRGP PPETPPDYRY HVDLPKFTPQ AK

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Macromolecule #111: DHC_N2 domain-containing protein

Macromolecule	Name: DHC_N2 domain-containing protein / type: protein_or_peptide / ID: 111 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 465.175719 KDa
Sequence	String: MDFSMALADA WRDPYVKALP EAHPLVWSLK AGKSGQADVP QGGTDPYTAT LPEVLDNFAR RHEAKMAAEI TSQRRKLPPV LNDRSLFTR AAPFGNKDDP FYHSPSNRIG NNFSPESMRA AAILFEEFPQ DPNAPRTRGK AAGAALTDVR ASFSSSRPLS P RTTLPPLN ...String: MDFSMALADA WRDPYVKALP EAHPLVWSLK AGKSGQADVP QGGTDPYTAT LPEVLDNFAR RHEAKMAAEI TSQRRKLPPV LNDRSLFTR AAPFGNKDDP FYHSPSNRIG NNFSPESMRA AAILFEEFPQ DPNAPRTRGK AAGAALTDVR ASFSSSRPLS P RTTLPPLN GGGANGGAAA NGAAAAAAAA TARNGSPTRQ PAAKRPADEL AAGDGGERAA KAARAALADV PVDALLDAIL RY HWYVEAG VDGRHVAPFR EEWAGNALGM VPPAPPAGVT QAYYDALLRS SLEEMHAEYV GAMRRCMVDY VVRSPVERQR LAL TPLEPL LALPGPTQRS WRAVVDRTLS PGWHADVDTA REEVAWTLQT LSANALELSK LWHASRFSSA LLVDVSSSDF AARL PLYAD AFYQQQTEVM ELVKGQLWSS WAPKSLEVFN RLPPVYINGD ADAYYRSIAT LQSNQLRGLV ARSLESYVSL FAAHP PRQE VDPQGDTLLW SAPPVFVLDL VELEGKPAFK PTFQECEDAV RAVLDNAVLA VCGLPRVGSN TVGSTSFTPP APGAAV PPS AATIPVTSLQ EESVVAAKKS VLHTMERNSV APKRLAALFD EWMWLIGEEA AAAARAFSER QPEPSLSELQ AEIERLR AA AAAVRVVCTD DVRTGIYTVR CGAFKELLAS SAEQLAAALL DHLRHTVRGS NMRINEEYQI MTGEVGKPST TAEELLAL K KYIAKSAQDQ ERLREAIARN KEKDDFLLLH RLPIPDDDLD VAIKAYEWPR KMVEVMRDAN AKVASEHKDF EAQLKARRK DFGELLEAYG REVEGYAHKN EIVKRDQIAS EVAELAEKLK AAQAEADLIN GRERLFGWAA TKYGGIAKLT STLEPYVILW TTVSQFYDK FASWMNGPFY KLNPEEVEAD TNDAFRRLYK LTKVFSGSGG ATELREAPLA VAEEAKGRVQ SFQEHLPLIT A ICNPGLRE RHWTMLADIV GFEIKRDEVT SLKRLLDYDI AMHISKITDI SDSASREWSI EKALDKMISD WQGLSFELGP WK ETGTFIL KGGPVDEALG LLDDHIVKSQ AMTASPFAKP FIDRLQPWER KLVRFQDILD QWLKCQGKWQ YLEPIFGAEE IMK QIPREG QAFRDMDAIW RRIMNTVRAQ PLMMEVADVP GLLEDLVACN QSLDVVEKGL NDFLDTKKMA FPRFFFLSND EVLE ILSEA KDPLKVQPFV KKCFEAVKEF TFEKSGEISG MLSVEGEKIQ WIETVNPAAT GAVEKWLLDS ESAIRRTLHK VAGDA LEGY AKTERSRWIL EWPGQMVLNC SQVYWTREVT EAITTGGSRG LAAYADRCTL ELNKIVNLVR GQLASLERAT CGSLVV IDV HARDVVAAMA REGVEDARDF KWESQMRYYW EFNEQPPSGV HPQETLMVRM INAEALYGYE YLGNSGRLVI TPLTDRC YR TLMGAIHMNL GGAPAGPAGT GKTETTKDLS KALAIQCVVF NCSDGLDYKA MGRFFKGLAC SGAWACFDEF NRIELEVL S VVAQQVLTII RAKALKVKTF NFEGSEIRLV PTCNAFITMN PGYAGRSELP DNLKALFRDV AMMVPDYAMI SEIILYSYG YLEARAMARK LVQTYRLCSE QLSSQDHYDY GMRAVMSVLR AAGNLKRVFP DSAEDVLMLR AINDVNLPKF LDQDVPLFNG ILSDLFPGV ELPVVDYDNL VAAIKENCVK SNLQPLDSFI VKIIQLYEMI IVRHGLMLVG YSYGMKTAAY RVLAAALSDL H AKGLNKEF HTKYYVLNPK SITMGQLYGA EDPVSKEWTD GVLAVVFRST ARDTSPDRKW VIFDGPVDAI WIENMNTVLD DN KKLCLNS GEIIAMQGLM NMIFEVQDLA VASPATVSRC GMVYVQPALL GWRPVMLSWL NTLPAAFGPA LRQQLTNLFD WLV PPMLRV ALKLVRSPQP MQDINLVASL MRLLECHLDE YRSDLPADAP PPVVNIKELT DPQQASLLQG CFLFSLVWSL GALA DEEGR RKVDANLRKL LGHDPLPEVA SYVAAGTPHK VTVPFPEGRT VYEYVFDKTR LKWTTWMETI ESRALDVEAE YTSII VPTV DTVRYTYLLD KLVTHNMHCL FVGPTGTGKT AYVKRHLQEG LPERFTSMLM TFSAQTSANM TQDIIDGKLD KRRRGI YGP PQGKRMVIFV DDVNMPQVEE YGAQPPIELL RQFMDHSGWY DRKELTMRKL VDVQFVGAMG PPGGGRNAVT NRYLRHF SV VSLTAFDTDN LSTIFSALVD WWLKKYNYQA GGVARFAKPL VAASLEVYEA AQRELLPTPA KSHYTFNLRD VSKVFQGI T KAAGNVEDGL SITKLWVHEV LRVFYDRLVD ESDRRWMGAT LAGLVERHFK EKMSKVLNLD SSGDVAPEQM VTALRGLVF VDFMVPGADP RVYAEVKDPG AMQRVVTEYL SDFNATSKKP MNLVLFRFAL EHIARICRII TSPGGNALLV GVGGSGRQSL TRLAAFIQE YEVYQIEISK TYCKTEWHED IKKVLRMAGE SNKRVVFLFS DTQIKEEGFV EDISNLLNTY EVPNLMQNSD L AAIFENIR ARAKVAGMDG GRDQLYNFFV QEVRRNMHIV LSFSPVGDSF RERLRKFPSL VNCTTIDWFT KWPTDALHTV AE SFLSSLD GMEAAVAAQL PSLCVMFHQS VQELTDRFKS EARRHYYVTP TSYLELLLSY KSLLGRRQSE VMTVKRRYEI GLD KLQVTE ESVTGMKEEL IALQPQLEES TRQTEAAMEV ISKESVEADK VKQVVSKEEA TASAEAATVK AIKDECEADL AEAL PLLEA ALKALDTLKP ADITEVKGMK SPPAGVRRVL EAICIMKGVK PARVKDTASG RMVDDYWEAS KKMLMEFDFL DSLRK FDKD HIPPEVIVKI RPFAQDPEFQ PKVIEKQSVA CAGLCSWVIA LEKYDKVIKE VEPKRQKLRE AEAQLEVVMA ALRAKQ AEL KVVMDKLSRL DADLQEKKRR KEKLEHDVHM CTVKLERAEK LISGLGGEKT RWTAAARSLG EQYVRLTGDV LLAAGQI AY LGPFTALYRS SALGQWVQEC QRRGVPCADR FKLETVLGDP VKIRQWNIWG LPKDDFSSEN SIAVDQGRRW PLCIDPQG L ANKWIRNMEK EAGLQVIKLS DANYLRTLEN AIQFGKPVLL ENVMESLDAS LEPLLQKQTF KQGGALCIRL GDSTVEYSD DFKFYMTTKL RNPHYTPELC TKVSLLNFMT TPEGLEDQLL GIVVAKERPD LEEEKNKLIL VGAENKKKLK EIEDEILRVL SSSEGNILE DEEAVNILQS SKVLSDEISE KQKVADVTEA KIDEARAGYK PVAHHSSLLY FCVTDMANID PMYQYSLRWF V DLFVRAIA DSQRSDDLED RLQLLNSYFT FFLYQNVCRS LFEKDKLLFA FVLASKLQMD EHKMLSEELR FMLTGGVAMG DL PLPNPAP EWISERMWGE VCRASALGAS DTWADLAEHV AANTEAWKRI YDSLEPHTEQ LPEPWHSRLD AFQRIIVLRT LRP DKLIPA LTLFVADTMG KRFVEPMPFA IEPSFNDSVA TSPLIFVLSP GSDPMASLQM FADDKAIKME SVSLGQGQGP IAQR LVEAG MAEGYWVVLQ NCHLAKSFLP ALELMCETQL VEGKVHRNFR LWLTSYPSPI FPISILENGV KMTNEAPKGL RAGLL RTYM SDPISNADFF TGCSKDAEFR SMLFGLAFFH SIVQERRKFG PIGWNIPYEF NENDLRISVR QLRMFLDEYP EIPYDT LSY TAGECNYGGK VTDSHDRHTL MTVLATYYTH TIHEPGYRFS TSGTYYPPAY TSYKGYMEYI NGLPLISQPE VFGLHEN AD ITKDLQETNL LLDSLMLTQS REASGGAASF EATVGEVAGE VLERLPPNFD IEAVERRYPQ DYYNSMNTVL AQELGRFN T LLSVVRSSLQ NLGKAVKGLA LMSAELDGIG RALYDGKVPA AWLKKSFPSL KPLGAYVKEV LERVAFFQSW VEDGAPTVY WISGFFFTQA FLTGAKQNYA RKCRIPIDHI DFDFEVRDGA GDVDAPPEDG VYCAGLFLEG CRWSSDLHEL DESEPKVLFT PLPPIWMVP REIAKFSSFP HYLCPMYKTT ERRGVLSTTG HSTNFVLDVK LASSKDPAHW TKRGVALITS LN

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Macromolecule #112: Flagellar-associated protein 59

Macromolecule	Name: Flagellar-associated protein 59 / type: protein_or_peptide / ID: 112 / Number of copies: 2 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 105.504469 KDa
Sequence	String: MANIDPYRTE EELVEDDEEV DMSFLPPFAK GTENEVLYVE NARMERRLER TERALETNMD RLHIMDEHLK NVQQELKYTQ TRVEAKNKE IESEKHLNAM AEREMGRLKK DIGKMEAERQ ELADKINGLQ NQIYKNNEKL DQFKMLMNWN QEELEQWALA E RQKAEDNA ...String: MANIDPYRTE EELVEDDEEV DMSFLPPFAK GTENEVLYVE NARMERRLER TERALETNMD RLHIMDEHLK NVQQELKYTQ TRVEAKNKE IESEKHLNAM AEREMGRLKK DIGKMEAERQ ELADKINGLQ NQIYKNNEKL DQFKMLMNWN QEELEQWALA E RQKAEDNA ALEKYRHADD GKVKELTLAL ERVSKQVVGR KEELEAEVVE TQAAQIQLDK AAEDFRKLHV ERQDLIRQWE EA VEAMRHR DAAIAAASEQ FAMQKDVLRE RKRELDAQAR FLENETLNTK EADARVAYYE REVGKQRDVL AREQARTEEL NNQ VELVKA TLSKAATELA QRTVENKQAR EDLDAKRQKL DAARKRFVVL KRKLENEFGN LDSMEAKASE LEAMRRGEEA RLKA ILKEH ELLKKEQYKR SQVLFDLRQK ERELISEISG GQGQNKNLAA RIHALDEQVV RQQELLYNVE FQLQQMERKV ARAGG VRSE EETRALNARI EKLTAILEGV NAEYSMLLEQ VKRAEDDLLA ARRANTSLRA DRAKLDETIS TLKLENDMVS RQVKGS VEA REKALVDHDV LALEVKRLRD ILAAHADEVF SLENRKQQLA LSMEERKQEV EVHRDGLRAE LRLLREDVHR ITLELKE RL LRCEKLQAKF EIISAKHRGS GEDDGEERTQ AYYVIKAAQE REALQREGDD LDGRIRVAEK EVAALEATLA QLMAVNTN F AASYKKVGSK EAFEERAALR DKLDKAYDKL KARRADEAAI AGDIQVSEAR LSNLGQEQRS LQALVDDMTR RKAEAQRQL DEQREKLGRA LGRTDKLRQK LGLANSPQGA DVELAEVRDV TRAMLLELKA LALANPGAMI AEACEAAGIR LPSGGSNPPS LGGSRPGSA RSQTSLGSVR SARSVASQQR GGMGGSPAVR TIQLGA

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Macromolecule #113: Flagellar-associated protein 172

Macromolecule	Name: Flagellar-associated protein 172 / type: protein_or_peptide / ID: 113 / Number of copies: 2 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 101.385719 KDa
Sequence	String: MADPMDQPST SDPVDNQIFG EQGGLRPDHP LLRRAQEALK VQFEANRTRL QEELREKANA LKQAKARREA LGVELYGFQQ NLAKLQLNL ETTHQNYQVI NRARQQCEDQ LNQLKQQLSL EEGDTKGERS RVEKFQLEMD RLGATLKQVE EYNEAMKGEI A VTRRAAYA ...String: MADPMDQPST SDPVDNQIFG EQGGLRPDHP LLRRAQEALK VQFEANRTRL QEELREKANA LKQAKARREA LGVELYGFQQ NLAKLQLNL ETTHQNYQVI NRARQQCEDQ LNQLKQQLSL EEGDTKGERS RVEKFQLEMD RLGATLKQVE EYNEAMKGEI A VTRRAAYA AEEAVQKLEK QKMEQDFRID TLQDNLKGTQ QQLALVSAQL EAQKRETRAA LETLAEAEAE MENVHFEKKQ LV AQWKSSL LAIQKRDEAL SAIQDGMREQ QQQELSLVLE IEGYKKDVVR EQLKHESLTA VVRKVEGDAV FVQKQIEGAQ ERQ ARLQEI LAKLAKSLEH TEAEVLRVNS EKKALQGEAD AVDRAITKVA AEGRAIEEEM LSALSDQTTA EKATSKTAAD TQEL RKRIR AEELAVVETE NELAKLQVDI LNTEAHNSRL GETLGLLDEE LRDKGRTIEK YELEIKRRND EIEKKTREID ILNRR FERM LEQRGTGEET GPLEATIKNL GREIDTKGSE SKELQRRWIG CQQELVGLQN ENGGLTETLA RLRAEHTVLF QKKRRL EQQ LEGQGKAIKG LTSAMGRLHV DLTRVNGLIA ANSAARQALA EDNFNLEGRI MGDLRAMEEE AARLNSQIEE GRGAKRD TL AEIVEAERQI MLWERKIQLE KEMQEVLDPT VGQDVVAEMK KEIHRMTLRH TELMRLQEKL VSDMEKALTK REIISVKG R ATAAKSKSST PAGSATASSR ASPSASVASS TLTRNQLDRA TTDLAKSIKE TEREIVATEQ RLGALEQQRS AVSAAVAAA DGACLQLRGA EEALRLEAVS AVNARYGLLL ATARAQRTTK RLEDLEAGRY RPVVEDAAAV GEELGRAQDK LGRVVALLEG LRQAAPHLA GELDKVLCHV ADVRA

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Macromolecule #114: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 114 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 267.418938 KDa
Sequence	String: MDGNFVADVR LDDSDEVLQL PIVKSKVKKL LQGAVKKIAL LGAPVIPSSD DSLEQFLQSA GRFFGKDPAK WDQVGETKVD VVEEAGKRT TKLTGVFTGT ELALMVENPY YDERLPARED KPELNFSQKR TPIRTDDEWQ ELIAEQPWTA SKRRQLLTAY L HAKVEAEE ...String: MDGNFVADVR LDDSDEVLQL PIVKSKVKKL LQGAVKKIAL LGAPVIPSSD DSLEQFLQSA GRFFGKDPAK WDQVGETKVD VVEEAGKRT TKLTGVFTGT ELALMVENPY YDERLPARED KPELNFSQKR TPIRTDDEWQ ELIAEQPWTA SKRRQLLTAY L HAKVEAEE PVLATEGAQG FWELAINKDH HADFRLDRLA ALLNRLSSPS LEVATTTAAA IWGLATTGLS RKNLADLDIV SL LLSNIKR SFKMPVIPDE ATLAAAAAAA KAAGKDGDAA AAAAAAAAAG GDEGGGVGGK PAAGALPEAQ RNKYQSFLLG ALS VLLIDR NCRRAYLQQE PEFGTLFVLA RNLDGYEPGH AAARREAAAK LLTTMVQRDA DARRSLIASG ALRNVISLLN PKGP GENMI QFCAASLLAT LVLDDDAMEL IRDRGEAPLM FEACIVLLQS TLGKLKREVQ RFYGQLTPEE AASTPPFDVE LGVRL GEAA SQAMWGSAHY CVMMDPIQVK MDHIQQLGVM GNDCYTTVAL PLSRIAHCIT ASLATLAANP DAALLIMTSP NDVALV FLM SMLDCVETEN FEQAGHVKAS ACAGVAFLAC HPIGAEGDEC MFGPFRQKLL GLGAFGALLR AALSSVLESD CDRIIQQ AA AIGLMYLSTM AGAVDAAELA MYAALLTDSD NSEMIEFLMA GMWILLRDGN NRKVLGTSFN PSPANALAKN MINKLNDA I TLHEINDEVA AKTAKLKQTM AGRGGEDEGG EDSGAVTAEP SALESMAAAS ASAPSPPPPA VEGEASATAA AGAAEGGEP GAAPGEGVGA GAEGGAGGEG GLPGEVGDAG AGPAPGEDGG EEGLLSPEAS GVNVAMEPEP AAAAPPPPAA AAPADEGEEQ LERDPDEAF AMPPDTNMPD GEKFYENKDT AFPSPMLMKR EESADRVRRK AEAVKGRMKQ LEKRFDKQLK DNWGLETLVS V GESWLPAM LEQDEVGEAT DVPVLKLFEF LVASICMFMV DDDGVPERRE LDVFRLSAPE GARNKTWWTV DVRAPEADGT VD SDTERAL RILLQILGMH LSAAWKSMQL GVLTLWNACC RHPNMERHVV ERGVALKLLM VVNNPMWPPS LREISAGCLE FFQ ERWSNL ATFGAGATLL PGGLPAEVSG VSAGGVPPEG VVPYIAAMVG LVNTGVPLME YRGCHGLARM TYTAPYACPE PKPF LKEAK AVAAALGGVE ALVALMKRLN RRYQDLCGPA GLGGSLRATG GAAGGSGGAP PPGGGGGAAA GGGGGGNSNR GPTGQ GEEP ENPAMFERDM QNLEAVQDIY FVCMAALLNL SVLRGNQVPI AKRGLLVLLG TNTVFYNRVV VLRANLNATR PGGAHA PSA ADALAREEQL LHLCSAIIQN IAQHPQNRTR MYKAELKGSV ALDKVIEAAT DVDEETRTAA SFLPTIPSTR SMSPSAV PS AASLGRGGRS AGAAGGSLHA SASAARVGAG GGGSTSPTRA ATTGRLAQNA KMTQNGQVIN GGVDTALAGS VRPKVVFP P ICERGAGGDA ITLQRYGPGG AGSPGVMRMG SQHSGRSGSP GTADTSGMDY NEGGGAGGAG MSHEAITDSR YRFLTWIDN TFHDLEAGAN VPFSKKGGAD DRSLASGSGR TYRKALWDEH GDWLPNEPES AKALNKLLAR PMSHLWQDMP EHRARQGRQR WEPTVSEYR ELQGAKPLTR PAAKLLSTLP PRDQEDLMVA ASQMIGLMPE DYDSDEDEPL GPRGDGDGGF DGGAGGAAGP S GVEASGAS GSGGHGAHHR KAGGAAGAAG AGGAAGGAAG GAAGGKKAGP PPPSNMAAML AGEATMEIAK PTVSASLNWN DG PPNRPRT AERDNGRVGL TVLAAPPEAL QATAARKAAE AAAASGTHFG AVGMDISDEA LAAAAGSSTA AKADAVPLKV CLG PKRPRQ IITFEDRIVI DNDNRPTLTL FEHVEGSRVS DGLFPSYILP NGKRAHMYYN GGTLLDEVGV EAVIPPPRPS TVPQ ALQQT MPLANVLNLI AKPPGSAPPF IPYKPVPRLV PLPPEHTLTV KRPDIHAAEA FGDLREDNLQ LVIQAKKIIK TQTTT RVEN IEVKQQEERE PWTLPSSIFK NRVKECDARA FFDSHTVEEK MFERDWQRAC AKEKFTSMMS RENKANKEGK DEKVAI KEV HDVLLKYWPQ VVGAFVYYAT GGSSDPYHMS LNAFTTFLDE CCIADSESQY CKRSDCDTVF IVCNFQPDKK SAEAQVN ME NAMMRYEFLE AIVRLAISKY GKGQATDDLP TAVTMLLEKN IIPNLVPGAV IQSNTFRSER LYHEEVDLVF KKHSVLLK A LYSRYRLKPV GGGLRPKVLK LDGWQQFMND ASLVDSQFTL QDASLAYLWA RMYTIDEIKD YARYTCLSFT DFLEALGRV ADMKALPAAS DLDLAGYDSV LEWALDKERM EGGPDKGGQG QGGDGGEGGA GGGGATLDIF RPRPSAGFSA PKTRPLYVKL EMFLDLVFR RLYWDPSQPE VPFNYDGLLK LVKKIDKELG P

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Macromolecule #115: Cilia- and flagella-associated protein 58

Macromolecule	Name: Cilia- and flagella-associated protein 58 / type: protein_or_peptide / ID: 115 / Number of copies: 2 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 102.152039 KDa
Sequence	String: MAEDAGPSKP SEELENRAYE ALERDFQEVL QELVGDKSLE RFRIEYEKLH RALKKSHESE KRLIKKCREL NAEIVANAAK VQTALKLNE EDQQTIGALK KEIEKAWKMV DASHEKEAKA KETIQQLKIE IANLTRLVEQ GAGLAIGEET TLNELLKQKE E LVRERDAQ ...String: MAEDAGPSKP SEELENRAYE ALERDFQEVL QELVGDKSLE RFRIEYEKLH RALKKSHESE KRLIKKCREL NAEIVANAAK VQTALKLNE EDQQTIGALK KEIEKAWKMV DASHEKEAKA KETIQQLKIE IANLTRLVEQ GAGLAIGEET TLNELLKQKE E LVRERDAQ VDQIMQLRSD LMEMQEKQRT AEADKLQLDM DIQQLKDSVA EKKAEAEREI RKKERMEKEM KELRQQLEIR SS EIKTKQL QMTSTEEQVA KLEQMVRDSK AATEKVQKEY NMLNEKMQKL HHDLEEQIHT NTQLLAENSA KQVELKVKDE EIA AIKQEA SRVNKLREQT VKKTKQLEEQ RTEVEKERDV LKSELAALER DVEAKQKEVE LEKKKLEELM RERDVLTKMR TQAE NATQK QTDMIKINEN TKRNLEQEIQ GYKTEAQKQS KLIYQLEKER EKYSIEASDA SAKYMQALEE VKLREMAIID LQKRI AEGE SKLKQQQNLY EAVRADRNLY SKNLIEAQDE IQEMKRKFKI MQHQIEQLKE EITGKDLYLL KEHFDHQKVI KEKDLL RAE LDKSKAQIKE ADAAISSQKA EIDKLNHIIN EADQERIRQK KEYDIVVNER DILGTQLVRR NDELALLYEK IKIQQST LA KGQIQYRDRL NEIRVLKVKL ADLKRELHIL KSSVSNIDVL KREVHQLGRE LLQERTKVKA LSEELENPLN VHRWRKLE G SDPGTYEMIQ KIQTLQKRLI SKTEEVVEKD LLIQEKEKLY MELKNILARQ PGPEVAEQLS IYQANLREKT KQMKAMASE LNMYQAQVNE YKYEIERLVR ELNEMKRKYF EGKRREQMER ERTMKPPAPA PPNASQPRFT GGGFSLAQ

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Macromolecule #116: FAP251

Macromolecule	Name: FAP251 / type: protein_or_peptide / ID: 116 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 97.477547 KDa
Sequence	String: MAEEQTALSL SWVFGASAHV KHGVVNLSDG YTDKICYLAA NTAVIYDKRL RRQLFLQGHT SPITCIVTTE DRSHVVTADT GPEALLVVW NVRTGLPTRT VQQPHRHGVS TMDMSADGQW LATVSAADPE SGEQEVSLWS MAALLTPPEA APPGQGPLRP L VTTLVPAG ...String: MAEEQTALSL SWVFGASAHV KHGVVNLSDG YTDKICYLAA NTAVIYDKRL RRQLFLQGHT SPITCIVTTE DRSHVVTADT GPEALLVVW NVRTGLPTRT VQQPHRHGVS TMDMSADGQW LATVSAADPE SGEQEVSLWS MAALLTPPEA APPGQGPLRP L VTTLVPAG DVQHSIRFSP NNPAELISNG RRRVYFWSWA PGSPRFQYYS PPLRSRDFKQ SVGDFVSSVF VPGTTQALTA TT DGDLVVW DEQGIAAQVG TSATDRRAIK LMRIHNCPIT LLATVGDFIV SGGEDGYVRF FDPLLRIVAW FEDLAAGPVT SVA FSAVLP DRLAHADAAD TLNRFMVPDF VVATRNSRIV SVQSASFEEY DADRRRGSSV LDSLLADVVD LAAHPTRAEF AVLG RDGGL QRWDSIAHCL LGGRAFERQV GACLTYSRDG SLLVVGFGSG HLHILNADDC SDLYVMRNTA AGLVRVAVSN TGKHI AAAD ENHQLLLYAY LPYKHTMRWE YVGRCRSHHG PIASVVFGES PSGQTRLLSV GGDGRVVEYD LAASSVAAGV QVASFY DFP PGGGAPTSLS FAPPLAYFQA FAADTHLLVS DDSYKIRVFN PDCPAVEATF LGPTFGGPIS QLVMFKSPSA ASDGAFL AY RTSERVVGLI AWPLDGDPAR TMGLIAHPGE VRSIAISYDG RKLLTAGADG TVASWDINTA PLERSATAAE GAGGEARW A AVLGDPDLLR EMRDYFVYAQ IKTQGEDALE PRDVPGTVPV DLVPDLMRSA GFYPSESDID NLLHHVQYMA HSRNMESLE VVTLADLLCL YINHRPLFNV THADIVAAFR ELGGRGDPAK LSREQLLSLL QSTGEPMSGE ELTAALAALT GAHTPEKSMP VSVAAEQFS ADVLGFDTTE AGAEAAT

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Macromolecule #117: Cilia- and flagella-associated protein 61

Macromolecule	Name: Cilia- and flagella-associated protein 61 / type: protein_or_peptide / ID: 117 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 121.435016 KDa
Sequence	String: MSNITARQTL TRDVQSVDAL VRQACKAEAN ATLLLGTGLL NLTAVDDKDT VVGYLSLDDV SCTRLGSGGP GADTWVQQAA ASRFKLGST AFVRVCATAH LSEIEASAAL LRTAFLHMPS LQTLLMVAGG ELSFTEPGLA AVFSRVGAHK ESGAVLYEAG R DAVVPPLA ...String: MSNITARQTL TRDVQSVDAL VRQACKAEAN ATLLLGTGLL NLTAVDDKDT VVGYLSLDDV SCTRLGSGGP GADTWVQQAA ASRFKLGST AFVRVCATAH LSEIEASAAL LRTAFLHMPS LQTLLMVAGG ELSFTEPGLA AVFSRVGAHK ESGAVLYEAG R DAVVPPLA IRPARVEDHD DMLPILQRCE VAFPALAKLP EASRPHEPFA LTRVVAGQDE RNRVLVAEAE GRLVGFIVMT SD VDTGSLA ETFDLHAYDN FLPPEVYEQQ YEAARDSVRG QKLAMLRHQR QQEKEAEGEG AGEAGGQGGN GGVSAGMQTD PEQ GEDGEG AAEGEGEGAG EGAGEGGAAA PGTGADKADD SEEAEAQLLA AAEPTDEETR AEMLAMFAGQ APPADPTLFA VTML CMDPA FEAQAIEFLT PAFAAYTDKL YCVVTLPHDS REPALMGTMT RVAPNPGSLF PEVLFMFHRH ALIPDFAVRL GEPGD LDAV ASLVAGMPNA DDIVASFSGA AAAGSAAVAL CQGELVGLVT VNPEVDLELL QANFGLSNHV DLGYQPREQH GEIDMY TMN PIFVHRHRTL VAATMRLLGK TALYYALPPG QQPPDMLEVL EQVAPRHRTA SDKQLQAEFA LYVFTRQAAF KRRRSVN SQ IVVVGASECG LAVVERLLLD PELQFNYLTL LAPGGIKVGG MACQFTAGVI ARLGLEARVM LLDAEVIGLD RGSKLLDL S DGSQIFYNQL VLAAGLQDQS RYRFAEADPE VAGLLVTELE LAADFSMNDA MVMNSILVYG NAMGAYHSLA VLEAKGAGE KTRFVAPPGQ QPPLVGVLHA LAGEAGVALP SPEPRDLAGL SVVQPVGPEL HASATLIDPA DPGPREELPV DLVVGCEPPS VSRSLFTCL NDASLVFDGR LVVDGAFRTN DPAIYAGGSL AKLSRRYGGT HLEHYNSRDV GSRLASSLVS FFNAGPDEPQ P AATAAAPP PALHRARAVG CSLPGGNYFV YAGCPAALQR PSTAAPEGGY EMKTASERGL TRITLDGEGR VHSLMYLGRV AV NAPRLGS LVGLHANYLN SLAPKYQAGD IKCLLSFITE PWSELLYNES FPELRETLLE VALAELSAGG REVDGGMVEW VTH AQDAVL EFARAHAAEL PGYTMPSAAR T

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Macromolecule #118: DHC2

Macromolecule	Name: DHC2 / type: protein_or_peptide / ID: 118 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 467.544906 KDa
Sequence	String: MPGVAVLGTK GVVPKPKARF GARPQPVAQD ATGTSAEAAA PAVQDEPTQE GSQASVFDEV ESDEVTYSHL LPKVMAPFET RSGETPRKV LIQRRRRQFA AQDVAELVHG EGVAQPPQEL FPLEVFDNTN FESRMHPEWV PRRPGVPLTS GRALVAHDDG T GHSVVDWV ...String: MPGVAVLGTK GVVPKPKARF GARPQPVAQD ATGTSAEAAA PAVQDEPTQE GSQASVFDEV ESDEVTYSHL LPKVMAPFET RSGETPRKV LIQRRRRQFA AQDVAELVHG EGVAQPPQEL FPLEVFDNTN FESRMHPEWV PRRPGVPLTS GRALVAHDDG T GHSVVDWV PCTVVDFDEA TNSYGVTLHQ LAHSGNGSAE ADAEDMHVMW LPRVKVCFSA EDPAQFARRH AEAHRSRARA ES LLRYNLY VDSMPTDDIP PLTNEQVNRM LSFALNSKKL KDKLMDTSAL IAEVNIEYAR TMNKVVFDTA LTAARAEREA DAE AAANGG SVRRSTNGGV AAAVMNVGKP PAAPGAPLIP ILEDFPRDPP RPVPERGTVP VEGGADFPQQ FSEFSFKTLL TKTE VIMAI TKIKVECAKV TKMCLFNTHY TKSARLEELE QTQVAALDSA GNYLKDTWCV ALRNAIRNSF KDVGKGWFNL GEASM ETYE FSKLRKFLTL TRFVMEDTMR ALVEDSLGKF TGFIQSCCPG RVTVHSTSSV EILDASSPVP VPAIGPGRKP PLLVMD LAT NKEATRFVYS TQPESIVTKI MALFDAAIGR TQGLHTLEPA IMENLFWATA PVLSTVHQQE EIVVRHRELL RAALSAA LV PLEEYMAKFE KYVPLLQLNV ESYVAALEAK GEELSLTEVR AEIKRASADL ESLMESVPIG ISLGLVQINL VKTRELLV K KQEKLVALLK ALAARVPRRA MASVSTKFAE IDRALKAKAN NLEDVDEQRH YIESLPNKVY ELMADVEAQR GWYELLEGM RYLLPEEDLK EKFAGESWGM RLTRQAEKQL EVLAGDEARF KGEMITEQDM FRDTIGDLQV LVSNFGLYTD LGKMEAVVTE VRSVDERLK KADRDAGVYN SREALLGLPP TDYSPLKKVI DTFEPFLQFW TTASNWRSLH KSWMHDSWEK LHGETVEREV T NAYKVLFK TAKVFGQRGG LDKCAENCEL IREEVEAFKK FVPLVQALRN PGMRDRHWDQ LSALLGFKLH PDKTFTMAAA EQ MGLLQHL QAITKVADVA GKEYSIEQAL DKMQREWESA EMQVLDYRET KTFVIKVEEQ ISQMLDDHIA MTQSMAFSPY KKP FEERIA KWEQQLSLVS EILDQWIQLQ RQWMYLEPIF GSEDIMQQLP LEGKRFATVD RMWRKTTDAA KRNPLLLKVC SSQK LLDSF IEANKLLESV QKGLADYLET KRLAFARFFF LSNDELLQIL SQTKNPLAVQ PHLRKCFEAI ESLDFAPNGE IGAMN SREK EKVPFDKPMM PQGNVEIWLG EVERRMRFSV RHQVVLAVAA YATTPRKQWV RDWPAMVVLA VSAIYWSREV EEAISE GSV PAYLDKCSAD LLDLTDLVRG RLSGQERLTL GALITIDVHA RDVVAELAEA KIKNPTDFEW VSRLRYYWRN DDVCVDM VQ ASIAYGYEYL GNTPRLVITP LTDRCYMTLM SAMHMNLGGA PAGPAGTGKT ETTKDLAKAL AKQCVVFNCS DGLDYQAM A KFFKGLASSG AWACFDEFNR IDLEVLSVVA QQILTIQLAI QAKVKRFIFE DTEIDLNPAC SVYITMNPGY AGRSELPDN LKALFRPCAM MVPDYALIAE ICLYSYGYKN GKDLARKMVA TFKLCSEQLS SQDHYDYGMR AVKSVITAAG NLKREFPDDD EEVLLLRAL RDVNVPKFLS HDLPLFDGII TDLFPGVKMP EVDYNSLLKA LDESCGELGI QPVESFVGKV IQLYETTIVR H GLMLVGPT MGGKTCCYRS LQKAMTKLAA AGDSKYERVR VVALNPKSIT MGQLYGEFDE NTHEWTDGVL ACYMRECSED TK PDKKWIM FDGPVDAVWI ENMNTVLDDN KKLCLVSGEI IQLSASMTMM FEVEDLAVAS PATVSRCGMV YMEPTALGLE PLL TSWLAR LPPGGVAENS GKLGAIFNAL VPDALRFLRK NLKETVTTVN NNLVASCFGL MDSLTKPFVR GEGEDPLTAD EKVK LGGFL PSLMLFSIVW SLGASCDKAG RTLFDEWFRK HAAECGLPLE GAMFPGEGTV YDWVYDTDGT FAEGGAPGWV GWMAT VPEF KCDPDRPFSE IIVPTADTVR YTYVVDKLVA NQRHVLCVGE TGTGKTLNVS NKLLNDMPPE VQPVFMTFSA RTSANQ TQD IIDAKMDKRR KGVFGPPAGK RMVIFIDDLN MPQREKYFAQ PPIELLRQWM DHGGWYERKP PCPFRTIVDT QFVAAMG PP GGGRNPVTNR LLRHFNFISF TEMSDSSVSR IFTTILGAFF RKYFGDAIQA LTDPVVTATV RLYNSIRAEL LPTPTRSH Y TFNLRDLSKV VQGVMRADPR STGDSKQVLS LWLHECSRVF EDRLINDEDH GWFRARQEAL LTENFGLGYG DVVTSERLI FGDFMVPGAD PRVYSQITDM PKLVKVVEEY LEDYNSVSSA PMKLVMFLDA IEHVSRITRV IRLPLGNALL LGVGGSGRQS LTRLAAYME EYDVVQIEIA KGYGSNEWRD DLRKVLRKTG LDGRDTVFLF TDTQIVQENF LEDINNILNS GEVPNLWGND D QEAIANAM RPLMAAAGLP ITKMGISTFF INRVRSYLHV VLCFSPIGDA FRQRLRMFPS LVNCCTIDWF REWPEEALRS VA DSFYGDV DFGDDTGAIM AGVVDCCVGV HQSVEKKSKK FYDELRRYNY VTPTSYLELL TTFIKLLGEK RTEIAEKRRR LEV GLQKLL NTAGQVEVMQ KELQELQPVL AATAKEVEDM MVVITNDKKE ADETKKQVEQ QEKDANEQAA RAKQIAEDAQ RDLD EALPA LERALESLKN LSRNDIVEVK SLQNPPAGVR TVMDATCIMF DEKPKMKDDP ANVGKKVPDY WEPAKKLLND PTKFL ESLF SYDKDNIPDH VIKKIEPYIQ RDDFTPEAIS KVSKACTSIC MWVRAMYVYH NVALSVAPKR AALAAAQEQL NETMEQ LRA AQAKLKAVEE KIATLEAQYE EALAKKAQLA QQVLRCTVQL QRADKLIGGL GGERVRWQAT VDQLADDLIN VVGDVVI SA ATIAYSGPFT PLYRSSLVHE WSGFLEAAKV PATKGTNLLS TLQDPVKVRA WTIAGLPTDT LSVENGIIVS KARRWPLM I DPQGQANKWI KNMERESGLD VIKLSDKDFL RTLENGVRFG RAVLLENIGE TLDAALEPLL LKQTFKQGGS EVIKIGDNI IPYHPDFRFY MTTKLRNPHY APEVSVKVSL LNFFVTPEGL EDQLLGTVVT QERPDLANLK SQLVVSNAKM KKELSDIEDR ILQLLSASS GEILDDEELI NTLAQSKVTS NEISAKVAEA EATEREIDET RELYRPVALR ASLLFFAISD LALVDPMYQY S LAWFISLF IRGIEEAPKA ASVEERGHNL NEYFTYSLYV NICRSLFEAH KLMFSLLLTI KILQNRNMID GREWRFLLAG PT TSELSQP NPAPDWLTDK AWNELLNLSH LPTFKGFADH VAANLPHYRA IFDSNDAHEL PLAPPWEDKL DTFQKLSFLR CLR PDKVTG AVQAFVSQHL GQRFIEPPPF DLATCYKESS PSVPLIFVLS PGADPMADLL KLAEDMKFSR KFEKVSLGQG QGPK AEKLL EAGMERGIWV CLQNCHLAVS WMPTLERIVE GIQPDRVHKD FRLWLTSMPS PDFPVAILQN GVKMTLEPPK GLKSN LVRQ YNRLTDAYLA ASSKPEDWRR LVFGLCLFHA VIQDRRKFGP LGWNIRYDFT DGDLNVSLAQ LQEYLDKYEV IPFKVL RFL FTEINYGGRV TDDKDRRLIN NLIYTFCGPS VLEPGYAFSP SGTYATPPEA VVSVRDHLEL LRAYPIVPKP EIFGLHE NA DITCDQNETY DMFSTVLSLQ PRVASGAGQS QEAVIGALAA DILGRLPELF DVDAVIERYP TTYKESMNTV LTQECIRY N ALLAVMKRSL GETIKALKGL VVMSPELEGV AYSMYDNQVP ELWASRAYPS LKPLSAWVVD LLERCAFISG WVDKGTPPV YWISGFFFPQ AFLTGTLQNF ARKYTYPIDT VSFGFKVMDA LDEGAVVSGP EDGCFIRGLF MEGARWDNQT HVIAESRPKE LFTEMPIVW LKPEQHRKKP EQPAEGDASG SIGVYDCPVY KTLTRAGTLS TTGHSTNFVM YLELPSDKPQ GHWINRGVAL F TGLAF

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Macromolecule #119: Subunit of axonemal inner dynein

Macromolecule	Name: Subunit of axonemal inner dynein / type: protein_or_peptide / ID: 119 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 40.962047 KDa
Sequence	String: MATLTYTVFS LGEAQLHQLH TSNGKLFVMG EVAVELFQES PTAFLQELRK NKLPKLQSAN RDVLHTVAEL HLPVESSANS QGVCLLPAA TVETLLVDKR RMELVQPFKL ALLKLASQEA ARLMAAGEYE LALPVALDAV QQGQALFKPA PALQLFPLYL L AAQANLGL ...String: MATLTYTVFS LGEAQLHQLH TSNGKLFVMG EVAVELFQES PTAFLQELRK NKLPKLQSAN RDVLHTVAEL HLPVESSANS QGVCLLPAA TVETLLVDKR RMELVQPFKL ALLKLASQEA ARLMAAGEYE LALPVALDAV QQGQALFKPA PALQLFPLYL L AAQANLGL RRAKQCEDFL ALASWLAMKE PGLTTSIMKS QLSRLYGQLY AFQSKHAEAL HAFAEDVYYC SLEYGPEDVR TS LGYYNMG KVFQSSAELD KAASCNDQVV AIWAAALNAV VLGLADGGGA AQPAALPVGR LQLMEVVDML TDIARSRAAA LGS GHVTVG EAHLVTALAC IQLEERGRAG EELEAAAATF GEDDVERLRL VEMARVMLNA LTGG

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Macromolecule #120: Subunit of axonemal inner dynein

Macromolecule	Name: Subunit of axonemal inner dynein / type: protein_or_peptide / ID: 120 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 46.144758 KDa
Sequence	String: MATLVQAPMD SARGQLSSRE NGGSREGKRT FKEKLHNLIA EAEAAEAQAY RETQLADKKS LCIQLLVEGR PQAFVDFFSL THNRMAGGE VGPDGQPAAA AAAAGDDVPQ EALGLLRSEL LKADNALRTG DTQAVYASYK NLAKYFAQIG RLHKAEFFFR R CLRLSQDT ...String: MATLVQAPMD SARGQLSSRE NGGSREGKRT FKEKLHNLIA EAEAAEAQAY RETQLADKKS LCIQLLVEGR PQAFVDFFSL THNRMAGGE VGPDGQPAAA AAAAGDDVPQ EALGLLRSEL LKADNALRTG DTQAVYASYK NLAKYFAQIG RLHKAEFFFR R CLRLSQDT QWLAGELEAN LALGVVYEEL QETEAAIACY ERRLSLASDN QLALESDTAY QNLTTVYLRQ AEVQESTGQV DD AIASYNK CLSAAERSGD NATAAKANYR IGMLYAGGRR HPEAVHYLRA FIDLAPHMED KAAVGSAYTA FSGCLRDMGD TEA AVRCLE EYLQAARGGD PNGTALASCS LGIMLYEQGD LDSAVSYFEK FFETARTLND RKMLDTARVN LGVARGALRM GAWM GVVAN NLPKLIAWKG SRVPFTDH

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Macromolecule #121: CFAP91 domain-containing protein

Macromolecule	Name: CFAP91 domain-containing protein / type: protein_or_peptide / ID: 121 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 134.440578 KDa
Sequence	String: MAQPQRPYDA LYDPNFTVAG PRDHYRQQTM AGGFNIERAP VYNNFFSELP HHPPSTLRLK NADRVPAFVD RNYRPAANDP NDTRQRSDA LAVSGPNRPK YFRRPMLAAA EIHIKQAPPS QLPPLPSHQD LNATAPAAMG GAGGLGEPRS KTIGTQSDYR E NEAQTAPW ...String: MAQPQRPYDA LYDPNFTVAG PRDHYRQQTM AGGFNIERAP VYNNFFSELP HHPPSTLRLK NADRVPAFVD RNYRPAANDP NDTRQRSDA LAVSGPNRPK YFRRPMLAAA EIHIKQAPPS QLPPLPSHQD LNATAPAAMG GAGGLGEPRS KTIGTQSDYR E NEAQTAPW EPGYVLPAPG ALTAKQAALM RRYHTDVPEV LQLKDLAFPD GLPAGLQEVT RIDKMRAKRA FEASLPPIDD VA RLPLRQR MIEEWEAKEW EEREQEILSI QDKRLELLDN ALQVREEELD DENRLRVEAR KEAMLAGRAG KFADVQATRI KTM RQLIEN RKYVEKHRKL HKPTIVERYA NYGSGTYAPL QREGRFPESK PLGKEIETEG YAPVTLKGVV DLESFLPSRL LNPR VAAPQ KPARLDYHQR KEAAVQRDLK AINDLLDTAK GTAGRGFGDC WPAPLQDDGG AGMGNGTLGR ATSTVGKGTL GAGGS AGGA APGGASMALL GGPSTAAASA MGPLASGVSG SPSRRVVRAI ERPPTPELPQ PPAVTAPQHA AVVLLQRLLR GRAAQN IMY EGRVRRQELI DELRLEEVVS ADGTKIDGQP IRRPEHRDTA TLRIDALVGS AVAEVAAILA ETDPERRETL LAGLDVS RA HATAAAVAAA AADINASARA EAEEAAATAM AEAAAAAAAA AAAAAAAEDG GAEGAAESAA EAAAAAEAAA SAAEEAYA G AVAAAAAPAR AAALNLEALG ISPEEAEEAA VRIQAAFKGH KARKEVAAMR ARGEMLRNIM ANGDEAKVVT CQAAIRGHL ARKRVRQLRA SQAGNEGFAG APSASPEPAA PLPALAENQD QQEPQPQPQP SSSSGALDLA DYDDHHVAAV TRIQAAQRGR IARKRAAAM RTELEEQLAT AAALVATSAA SEGTRLASGR SEPNSEGRSD GGSARGGASR APPPTAAVNP DAFQDQYTAE Q EAAVIKIQ AFGRGMIARK RVGRLKGRSS EEGAGDVLVV APEPSANFGG QGEAAAEASA AEAQQQEEQE LWPSVKALPG VA QAVAARM AHEPTLTEVR PEGEAAAAAE GEGEGVEQSE AGPAPEVEAD LEPEAQEEGA EGEPQPEGEG APADPAAEAE FSL AGGGFA EGDGGAAAQG EASAAMLGGE PSLAVGGSRE GEQQLEADAE AEAEAEAEAE AGAEAEASAQ AGAEAEAEAG VEAE AEASA GAEASVGAGA EGDAEAETEA GAQAEPGPEA EAEAEAGAEA EAENGAEAEA RLGGEEEGFR EGEGQGGAAA GEAGP GGEL AEGEGEAGEG EAAE

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Macromolecule #122: AAA+ ATPase domain-containing protein

Macromolecule	Name: AAA+ ATPase domain-containing protein / type: protein_or_peptide / ID: 122 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 464.441719 KDa
Sequence	String: MDRNRSPAKA RSNGHASPGK MPSAKLPPLR GGSGSGPTSV LQQGASGAMP PIISTEHSQR PGTLPPISSP HGGGAPAGAQ ARQASPPHE TSAHMLTEAS MAQNSLAAIM SFIEPEFKHR IFRGTDVIEY YAKFGHDAKV KMFHCIKANP HGAGSPYDLL V LAKEALPP ...String: MDRNRSPAKA RSNGHASPGK MPSAKLPPLR GGSGSGPTSV LQQGASGAMP PIISTEHSQR PGTLPPISSP HGGGAPAGAQ ARQASPPHE TSAHMLTEAS MAQNSLAAIM SFIEPEFKHR IFRGTDVIEY YAKFGHDAKV KMFHCIKANP HGAGSPYDLL V LAKEALPP PRAGSSYYTM SASGVVQIFA DGSPAEYTPI GEWVRETSVY NMMKQLPFFR NYMAQRYLRM WRSAARSSHF ER LRAKMEG RMLVAKPEFC FTIMDIGAKV WQMQQVELAE VPKEGPVPLA EFNALQDELR KNKATYHLGN LLVAVERALL RLI NDVRKN CEWLTKEVAE LERETNPVLA ASHAPSSAPS SKPGRSILKA KTEKLEKSKA LRQAQQEVSL LVNMVRLADY MCCE GSLSL LLRTLEGLRD TFESKAILLT QLSFDLDSPS LTEAAAAAAA APSGSADVGA VGGGGGEGGM GQVAFHASEE EVRQA LTVD LVDALNEVIK TLPRLPQQES LKPLFVAEAA SAAGGAAGHH SLGGHHGGAG SGLNAHGGGG SAGSAHPILV RVGPEM TTM LMGYRPLQKA RLGLGQVVSK AFRDARAAAS RYAGMRVIAA FAATFDGNAY RGQQRDVAQF RRDMALLRSW QDDLVAY KA GYDGLLLHLS VSEMQELLST TLDEAMGCLR LLLTAAAHNS AQSALDEFQG LATNLGGRPQ KLDEFAAYYA SFTQTMSG K DAIERQYNIV LNMYEMLIEY GGKLPPADQV ALDDLKEVVA GFHRALSEAS TWVDERRPAM THALSKAIRD VVDRLQDMI RDLRSGKYDN AGAAPADVLG QLASATELFD SISEKAARYR GYEELFGQQP SRGLDDVEQA NKELSAARAK WQSLADFEAS REGWMTSPT SELDPEQVQA KMDDFNRTNY KALKARKDDP VAGRLKTSLD EFQKVLPLLQ EVANKALEKR HWDQIMAMLG Q TEAESFNV QDLLVWGVLD HLEAVSNIGG IATKEASMLK TLDKMEHEWE GLDFRVLPYK DSGAFILGGT DDIQTVLDDQ IV KIQAMNA SPFVKPFKER ASAWESTLQN LQDMLDNWLK CQATWLYLEP IFSSDDIVKQ MPEEGDKFRQ VDAMWRRMMK NAH HAPAVI PIAREKERLD RLVEANQMLD AIQKGLAAYL EKKRLFFPRF FFLSNDEMLE ILSETKDPTR VQPHLKKCFE GINT LTFTP QLVITAMNSV EQESVPFKHP IDTNKARGAV ERWLVEVEEA MFASIHDVSG RGLEDYVTRP RHEWVLQWPG MVVLV VTAI FWTRGVEKAL KGEDGTLKQY EERCTSDLLR TVDLVRGELT GLQRATLGAL VVMDVHARDV VTAMVAKTVT TAADFE WQA QLRSYWEENE AALAHGGDSS GRQGPTVMMR MMSAVLEYGY EYLGNSSRLV ITPLTDRCYR TLMGAIHLTL GGAPEGP AG TGKTETTKDL AKALARQCVV FNCSDSLDYQ AMGKFFKGLA SSGAWACFDE FNRIDLEVLS VVAQQVLDIQ RAIHARLR R FTFEGTEMQL KWSAWCAITM NPGYAGRSEL PDNLKALFRT VAMMVPDYAM ISEIILYSNG YLMARDCAKK IVQCYKLCS EQLSSQDHYD YGMRAVMAVL RAAGNLKRRF PAEDEYVLML RSIIDVNLCK FLSHDVPLFN GIISDLFPGV VLPKPDYAAM ETALKEACV THNLQPTDYF LLKSIQLYEM IVVRHGLMIV GLPFAGKTSS YRVLADALTI METRGEEGQR KAEYHVINPK S ITMGQLYG QFDPISHEWT DGVLAVTFRQ VASNPEPHRK WLVLDGPVDA IWIENMNTVL DDNKKLCLNS GEIIQMSASM NM IFEVMDL AVASPATVSR CGMVYLEPHQ LGWRPLVVSW LATLPPHMGE SHRKHLLGLF DWLVPVSLRF LRRELKESAP TLD ANLVNT LMRYITASFD HLQEEESYKK AQDKVTLHLE SLFLFALVWS VGGSGAENSA RHHFDGFLRA AVAEQLPGYQ SPSG EKYTL PEDIPADHAK LKAAQMMPTA IAGADPPPGG AYSVYDFFFD TVKDTWRLWT ELIDTKPIPA DAKFRRIIIP SIDTV RYTY LLDKGITHSQ PVLICGPTGT GKSVLVQKYL YGLPADKYVP PNIIGFSART TANSTQHLID AKLDRRRRGV FGPPMG KQA VVFIDDLNMP QLETYGAQPP IELLRQFMDH GGWYARDNTF RRLDDVLFVG AMGPPGGGRN PITPRYQRHF NLVTIVD FD EPTLGRIFST LLGWHLDTKS FPANIKELRD PVISATLSVY TKVASQLLPT PTRSHYTFNL RDISRVMQGF LLLPPQLL G AQPAQAKDKY LRLWAHEILR VFYDRLVDDK DRSWFLAYLR TVMKEKLGAD FDKLFAHLRQ EGAASQEVNI EDVRKCFFG DYMDPNDEPM LRLYDEVMDV AALLSRVEEL LMDHNATSKR PMNLAVFLYA VEHVSRIARV LKQPGGHLLL VGVGGSGRQS LARLAAFIC GMETFQVEIS KSYGPAEWRE DLKRFVRIAG GDNKQAVFLF SDTQIKAEAF VEDVNNLLNS GEVPNMFPYD E RAAVLEQC RNSSKKEGLA LESAVDLWAY FVDKTRDNLH IVLAFSPIGD AFRERLRQFP SLVNCCTIDW FTAWPDDALE AV AMKFLRD VDLTPDQRNQ VMLQCKMFHE DVRHLSDAFK AEQGRINYVT PTSYLELITC FTNLLGAKRS EVSAAKRRYE VGL EKLDFT ASQVSIMQDD LTALKPVLIK TVAETERLMA TVSKEKTEVV EPKKAIVDED VKKAEASAGA ANAIKTECED ALAE AIPIL EAAISALDTI KPADIKLVQS FKNPPGAIKI VMEAVCVLLD IKPQRVKDPG GSGKMIEDYW GSAQKLLADP KFVQT LKEY DKDSVPPKII ERIRRDFTSN PEFTPANAAK ASSAAEGLCK WVCAMDSYDK VAKVVAPKRA ALAEAEAEYA KVMEAL KAK QADLADVMGR LATLEEQLEK SMAEKVRLEA ETELCTAKLE RAEKLISGLG GEKTRWTEAA AKMGAQYECL TGDMLIA AG VIGYLGAFTA AYREQMVNKW VAACAGAKIP RSATFSLSAA LGDPVKVRGW TIDGLPNDSF SIDNAIMVDN GRRWPLMI D PQSQANKWIK TMEGRRDLRV IKLTDSDYMR TLENAVQFGL PVLLENVGEE LDPSLEPLLL KQVFKQGGLS YLRLGDTTV EFSDQFRFYI TTALRNPHYL PETAVKVTLL NFMITPDGLA DQLLGVVVAQ ERPDLEEQRQ QLVVESAENK KKLSEIEDRI LHVLSSSQG NILEDATAIQ ILSEAKAVSN EIQIKQEAAE VTQKAIDEAR TGYAPCGAFN ATLFFCIRDM AAVDPMYQYS L AWFLKLFV RSIQQAAKAD NVSERLGHIN DHFTYALYQN ICRSLFEKDK LLFAFVLASR ILMSGTESQL DPHAYAFLLT GG VGVAERD VTRPSGADWL SAKAWGELCR APNISPAFEG LPELVAGCPD EWKTLFDSVE PQNVDLPLGF SDRLGPFDKV LLL RMLRPD KVVPAVQHFV ASSLGPKFTE PPPFDLAGSY DESSCTVPLL FVLSPGSDPT AALLQFAESR GYGAKISVIS MGQG QGPKA AALIEAARKA GTWVLLQNCH LAPSWMTALE KICESIRPDN TDADFRLWMT SMPSPAFPVS ILQGSVKMTN EPPAG LRAN LRRSYALEPL CNQDFFEGCR QPKAFKSLLF GLCFLHAFVQ ERRKFGPIGW NIPYGFDDGD LRISVRQLSM YLDDAA PQP LEDGSRPQQA ADTVPFAALQ YAIGECNYGG RVTDDKDRRL LLTALQRIYR PEALALDTDK PFALSASGTY VIPPEGP HA SFLDYISTLP IFPLPEAFGL HENADITKDL QNTNLMLDTL VLTGGGAGGG AKGGGGGGGA SDEEMVAAMV DDILKRLP P NFDIEKAQSK YPVRYEESLN QVLCQEMLRY NRLLAIIRSS LINLGKALSG LQVLSSELDT VLRSMALGQV PALWRGKSF PSLKPLASYV SDLLARLDML QSWYEHGPPP VFWLSGFFFT PSFSTAALQN YARKHKLPID TVGFDFVMMG TDPAAYTEPP EDGVFVHGL FLEGCAWDAS AKQLCESRPK VLFENAPVIW LQPRPADQFG EYEAYDCPVY RTAERKGVLA TTGHSTNFLM M IRLPTQQP QHHWTLRGVC MLCSLSD

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Macromolecule #123: AAA+ ATPase domain-containing protein

Macromolecule	Name: AAA+ ATPase domain-containing protein / type: protein_or_peptide / ID: 123 / Number of copies: 1 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 470.774906 KDa
Sequence	String: MPTSEHKRPL DPPVPESPVW LPSIAQGRLP GRTGSPGAGF TLPKTRQIPM PTQLKSNADL FSIGTLPSME HLEFGTKRKK SAIPKLPSI DKREADREAV TSQQPDLQPP RRPARSDLSS DPSEDVDMEE SELPADEEEV LEGPKVDERD AGYDPDMIPG I NSGDDVVE ...String: MPTSEHKRPL DPPVPESPVW LPSIAQGRLP GRTGSPGAGF TLPKTRQIPM PTQLKSNADL FSIGTLPSME HLEFGTKRKK SAIPKLPSI DKREADREAV TSQQPDLQPP RRPARSDLSS DPSEDVDMEE SELPADEEEV LEGPKVDERD AGYDPDMIPG I NSGDDVVE FYGKFGQDSP VKFFYCNRAP EGMRFRPYDL LVVRRQKIGP EYFTVSATGV MRIKRGVQAE FTPLAEWVRE KT LFDLISA IGFFRNYLTG RCFRRWLKAV RQKNFNKVRS KIQDSLFLAK PTFCPHLVEI FAAVDEIRNT PFASNNQQLY LLQ DYAELQ VSTREHKAKP ALEAIVEKVQ KVLERVCREV QKQARLYQQS VRDQTELEDT TGVELLQGRS AGCARPMITI KREK IERAQ NFARVMREVT MLGAFIRLAD YLFVEGVISR AVTTVEDVLD LLAAPKTSAD KQVSNKGVFT TIIGFVPESI TFTPD DSAV LDELNNMMEG IIALAQQAPR LIFMRAFTQY FEGKPSGLNP ASVIRASPYF GELRSAINNT VQEDYGAARE YVKLFE AYR MVYDFGRTWS YEEYSSKSKS LREIRRDMHK QREWRNELDR MKISNVVGCL YVDSKSLRND LMPITLTTLE KIKGLLL SM ARDTCLSVLE DVNTRIALLQ ARPTALNEFM AYQVMHAKQV ESKKSVLAAV AQVDDMYDML AAYEQKVPYQ DAVKHDDL R EAATTFVTEL TSGKEFMADH KEGQMESLAA NIARTHEELA AINASLNKGD YVNPDADAES VLADVEGVLS QLRDLSTAC DTYKEYQTLF ELESDSFMDL TAVEKEANAK YQLWKSLFDF MEKSHNWTED PILDENGQQQ MSIEAIRAEV EEYAQRAYKM GKAAKEDQV VVRLKDCIDD FKQIMPLVEE LANPALKTRH WEQIFKLIDA DIPPNDNGVG YAPFSVRMLL QYNALDRYEP I QSISGVAS KEYSLEKVLE KMSKDWEGVE FRCIEYKDTG TYILGGTDEI QALLDDQIVK TQAMRASPYI KPLEEQATKW EG MLTTLQD MLDNWLTCQA TWQYLEPIFS SPDILKQMPE EGDKFQVVDA SWRELMETTS EAPSCTKVAE ERDKLMSLQE ANR LLEEIQ KGLAAYLELK RLAFPRFFFL SNDEMLEILS ETKDPTRVQP HLKKCFEGIE KLRFEGPHAE ITGMVSCEGE LVPL KTRIK PADAHGSVEK WLVQVEAGMV ESVQESCRRG VLSYPAAQRS NWVLEWPGQV VLVVTAIFWT RQVVAAISSP DKAAL KECA EQNTSQLGEI VSLVRGELSK LNRATLSALV VMDVHARDVV VALAAEKAVA GDPNHFSWLS QLRMYWEAKD PTQAEA DEG TIMVRMMNAE VEYGYEYLGN SMRLVVTPLT DRCYRTLISA IHLNLGGAPE GPAGTGKTET TKDLAKALAR QCVVFNC SD TLDYQTMAKF FKGLASSGAW ACFDEFNRID LEVLSVVAQQ VLEIQLAVKQ RVKSFFFEGT ELPLRPTCNV FITMNPGY A GRSELPDNLK ALFRTVAMMV PDYALISEIM LYSNGYLQAR ECARKIVATY KLCSEQLSSQ DHYDYGMRAV MAVLRAAGN LKRRFPDSDE FVLMLRSIID VNLCKFLSHD VPLFNGIVSD LFPGVVLPEP DYGHLMEAMK RQCALHNLQP TEYFLMKTIQ LYEMVVVRH GLMTVGQPFS GKTASLKVLA GALSDLHDRG ITGALYSRVQ LRAINPKSVT MGQLYGENDK ATQEWKDGVL A VTFRSLAA DPSEDRKWLV LDGPVDAIWI ENMNTVLDDN KKLCLPNSEI IQMSSTMSMI FEVGDLAVAS PATVSRCGMV YL EPHQLGW QPLLASWINT LPRTLGPKIR THIEKLFEWL VPPCLRFVRH DAKEVSPTED IGLARTTMRL MAALLTEDFG APL SIAAMA AADKAEKAAA DKVANNAAAV LAAVSSVVAG ALDSTDGAEA KAADKAAVSD GFGAEAQEVA PGASYDDTTK TVLV ESVFL FALVWSLGCT GDGESRRKFD AFLRSMMSGV IPDGYADYTT APKVHMAVPL PSPDNGHTVF DYCLHKRSAA KGLVP GRWQ LWTDTIPELD IPADAQFADI IIPTKDSARY TFLMDLALQH NQPLLMVGPT GTGKSTYINR HLVSGLPREK WTPIFI TFS ARTTANMAQD QVDGRLDKRR KGVYGPPPGR RAVVFIDDLN MPAKETYGAQ PPIELLRQMV DGGGWYGRDN AFRSMVD VQ VVAAMGPPGG GRTFVTNRFL RHFNVLALAQ VSEDSLVHIF RTILDWHLSK SAFPGPVAAL APGLINATLE VYTQSMAK L LPTPTKSHYV FNLRDFARVV QGVMMLPRES LPRPADPMDD SAGGGAAHEG VALYRRLWVH EVFRVFYDRL VDDTDRQWL MGQVKATVSA HLDTGFDGLM EGLLSAEDKK AGRAITHEDM RRCFFGDYAD TNEPEPSLRK YAEVADVATL LTTMEEYLHD HNGTSKRPM NLAMFLFAVE HISRICRLLK QPGGNMLLVG VGGSGRQSLT RLAGFICGME VLQVEIAKSY GRTEWREDLK K VLRKAGAD MKNVVFLFSD TQIKDESFLE DINNILNSGE VPNMFPQDER MTIMEAVRPR AAKRGLETPL ELWGYFVETC RR NLHVVLC FSPIGDAFRE RLRANPSIVN CCTIDWFQTW PRDALEAVAF KFLREMDLDE TTRKQLVQLC QAFHSRIRAA SED FKHQLG RHNYVTPTSY LELISTFRTL LDSKRAANRK AHSRYSVGLQ KLQSSSEQVA GMQAELQALQ PQLVRTVAEV ENLM NVIAR EKAEVVEPKA LIVKGEEAKA QSKADAAKAI KDECEADLAE ALPILNEALA ALDTIDEKDI NYIKKLGNPP MIIKL VLEA VCVILDVKPA KIKDDTGKTI PDFWKPSVGL MNERDFLQRL KTYDKDNIPP RIIGEIREKY VKNEAFTPAA ARNASP AAE GMCKWVHAMS SYDRVAKVVA PKKAKLAEAE GQYEEVMVGL RAKQAELADL RAKLAAMESD LRTNTKKKER LEQEVAL CS IKLERAEKLI GGLGGEKLRW TESAQALKDA AVSLTGDMLV AAGIIAYCGA FTASFRLDVI ESFVDMVQSA GIPRSPRF S LATALGDPVK TREWLIAGLP NDSFSIENGI IVAHARRWPL MIDPQGQANK WVKNLEKEHK LQVIKLSEGG DFLRVLENA IQFGLPVLLE NVGEELDPSL EPLLLKQTFK SMGVTCIRLG DATIEYSSDF RFYITTKLRN PHYLPEVAVK VTLLNFMITP AGLADQLLG VAVATERPDL EEQKAQLVLQ GAENTRRLAE IEDKILEVLS NSTGNILEDE TAISIITEAK TLGNEIQEKQ R AAEVTEKE IDLARTGYKP CGDYTSILFF CISDLANIDP MYQYSLPWFV NLFVASMHAA EPSNDLQRRL ENIYDHFTYS LY RNVCRSL FEKDKLLFAF LLCTRILETK GRVDMDEYMF LLTGGLGAAD HRANPAPDWL VERGWRELCR LDKLPTFMGI ADA FADDPE AWRPLYDGME PHRVTLPGLY NSLDAFRKLL IVRCIRPDKV VPAVQDFVDA NLGKKYVEPP PFDLAACYAD SAPT TPLIF VLSPGSDPTA ALLQFAGERK MASRLMAISL GQGQGPKAAA MIAEGAKAGS WVVLQNCHLA PSWMTALDKI CEELQ PDTT SPEFRLWMTS YPSPKFPVNI LQNGVKMTNE PPKGIKANMR RSFMIEPICQ DKDFFEACGK PAPFKKLLFG LVFFHA LVQ ERRKFGPLGW NIPYGFDDGD QRISVRQLKM FLDESAPGAA PPFAALRYVT GECNYGGRVT DDKDRLLLNT MLEKCYC PD IINYEDYKLS SSGLYYAPAE GDRASYLAYI DTLPINPLPE AFGLHANADI AKDQNDTAAM FASLLSMTGG SGGSGGGG G GGAAGAAEER VAGIVSQCLA RLPPQYDIEA IQRRWPVKYE ESMNTVLAQE ASRFNKLLAV LHESLANIQL AIQGLLVMS SELEEAFASI AINQVPELWK RRSYPSLKPL GSYLDDLYER LNMFTAWAAG GPPPSFWLPG FFFVQSFLTA SLQNYARRRK VPIDTVGFG FEMLGMEHAA YKTAPAEGVY VHGLYLEGCG WDAGPQRLCE SQPKVLFVNA PVMWLRPQSA DKKFDYPHYD C PLYRTADR RGVLATTGHS TNFVMFVKLP TDQPASHWIM RGVALLTQLS D

+
Macromolecule #124: Cilia- and flagella-associated protein 77

Macromolecule	Name: Cilia- and flagella-associated protein 77 / type: protein_or_peptide / ID: 124 / Number of copies: 9 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 29.213932 KDa
Sequence	String: MVWQPTSGQS AIDQDIRVGT QRGSMNQNPL LAHAPLGTVK PVLFNNPPPE KVFGYTPAKD PEGAREVMMV WKGHNASPGK DEVKPSPDF KTLNKMAVAS GLSTAKDLPA FRKEHADVKL KTAHEVNAAS PTRRSNLPTI PPSKQGNMFG MPSGYRTAEV V RSFGPEEP ...String: MVWQPTSGQS AIDQDIRVGT QRGSMNQNPL LAHAPLGTVK PVLFNNPPPE KVFGYTPAKD PEGAREVMMV WKGHNASPGK DEVKPSPDF KTLNKMAVAS GLSTAKDLPA FRKEHADVKL KTAHEVNAAS PTRRSNLPTI PPSKQGNMFG MPSGYRTAEV V RSFGPEEP PVKYLVQGAY QDEWVRKNLE AEAAGSGRGR PYIPPAPTKA VLGHSYGASR YLQPPNNEEP WKMSKFKTVG PK VTQYSGG SVRASRTAPA DGDEYAAAEA PAE

+
Macromolecule #125: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 125 / Number of copies: 3 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 32.078156 KDa
Sequence	String: MAGTGTYRSG RSQSRTKATH RDDGCVACRT ACCCCCKNWC HVCGVRKCRA QRESKWLNGS LNTEYLREYP PKSVPLDRRR PGNPLLDSA PFYGQTTNRA DYTPKQGRAQ SARRAEGPLA SLPFDGRTTY NDEYIKKQAD LDRRAKGPDA SWSAPFVGAT T YNTEYVPR ...String: MAGTGTYRSG RSQSRTKATH RDDGCVACRT ACCCCCKNWC HVCGVRKCRA QRESKWLNGS LNTEYLREYP PKSVPLDRRR PGNPLLDSA PFYGQTTNRA DYTPKQGRAQ SARRAEGPLA SLPFDGRTTY NDEYIKKQAD LDRRAKGPDA SWSAPFVGAT T YNTEYVPR QVRPWTAEPG RPLVSVPWDG TSEYRDNYTK KAAAPPDLRA SAPLLPSNHV PTITTYGHDY VPKPFDLRQK LE CCDDPRH PAEHPRMVQC CERPWISCAS CAGSRPGTGL RPTGRTRTR

+
Macromolecule #126: Flagellar associated protein

Macromolecule	Name: Flagellar associated protein / type: protein_or_peptide / ID: 126 / Number of copies: 2 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 16.209316 KDa
Sequence	String: MSMVAGKMDA VSVNRVWEEH VKKEAKTLKL NDQFCITDPR KMDVLPEKPN RTVPTQNPDA STIAAATQTL HNLAAAKDVD KLPVDRYAL PVTGNMEYGF FHRVQNQNTN PMFDHKHNVC DVTEYAQEYV KSNGGVGPYT TKLNH

+
Macromolecule #127: FAP1

Macromolecule	Name: FAP1 / type: protein_or_peptide / ID: 127 / Number of copies: 7 / Enantiomer: LEVO
Source (natural)	Organism: Chlamydomonas reinhardtii (plant)
Molecular weight	Theoretical: 21.706502 KDa
Sequence	String: MSGPIYPSTL RYKDRLDCGK DDAFTYNRLY TATQGSDVWA RLTVDASVRQ SSARSRGSFQ EGQAMVRHSF KNSGFDSNTC PAVLTHSTF KAGLYSYGVP IEEQHPITAR RFKQKQPLEF MTQIRPHTET TNQALRMLGT YVSDQPHADR LGMFIPAGCP G GKPAYHPD ...String: MSGPIYPSTL RYKDRLDCGK DDAFTYNRLY TATQGSDVWA RLTVDASVRQ SSARSRGSFQ EGQAMVRHSF KNSGFDSNTC PAVLTHSTF KAGLYSYGVP IEEQHPITAR RFKQKQPLEF MTQIRPHTET TNQALRMLGT YVSDQPHADR LGMFIPAGCP G GKPAYHPD VTTGGFGLLP TLPRRGMGAT LTDGRNLK

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Macromolecule #128: GUANOSINE-5'-TRIPHOSPHATE

Macromolecule	Name: GUANOSINE-5'-TRIPHOSPHATE / type: ligand / ID: 128 / Number of copies: 331 / Formula: GTP
Molecular weight	Theoretical: 523.18 Da
Chemical component information	ChemComp-GTP: GUANOSINE-5'-TRIPHOSPHATE / GTP, energy-carrying molecule*YM / Guanosine triphosphate

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Macromolecule #129: GUANOSINE-5'-DIPHOSPHATE

Macromolecule	Name: GUANOSINE-5'-DIPHOSPHATE / type: ligand / ID: 129 / Number of copies: 340 / Formula: GDP
Molecular weight	Theoretical: 443.201 Da
Chemical component information	ChemComp-GDP: GUANOSINE-5'-DIPHOSPHATE / GDP, energy-carrying molecule*YM / Guanosine diphosphate

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Macromolecule #130: MAGNESIUM ION

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Experimental details

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Structure determination

Method	cryo EM
Processing	single particle reconstruction
Aggregation state	filament

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Sample preparation

Concentration

20 mg/mL

Buffer

pH: 7.4
Component:

Concentration	Name	Formula
30.0 mM	HEPES
25.0 mM	potassium chloride	KCl
5.0 mM	magnesium sulfate	MgSO₄
0.5 mM	EGTA

Grid

Model: C-flat-1.2/1.3 / Material: COPPER / Pretreatment - Type: GLOW DISCHARGE

Vitrification

Cryogen name: ETHANE / Chamber humidity: 100 % / Chamber temperature: 298 K / Instrument: FEI VITROBOT MARK IV
Details: 2.5 microliters of splayed axoneme sample at 16-26 mg/mL were applied to glow-discharged C-Flat 1.2/1.3-4Cu grids at 100% humidity. The samples were then incubated 10 s, blotted for 10 s, ...

Details

Axonemes were splayed using 10 mM ATP and 0.75 mM CaCl2 for one hour at room temperature before centrifugation and resuspension.

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Electron microscopy

Microscope	TFS KRIOS
Electron beam	Acceleration voltage: 300 kV / Electron source: FIELD EMISSION GUN
Electron optics	Illumination mode: FLOOD BEAM / Imaging mode: BRIGHT FIELDBright-field microscopy / Nominal defocus max: 2.0 µm / Nominal defocus min: 0.5 µm / Nominal magnification: 64000
Image recording	Film or detector model: GATAN K3 BIOQUANTUM (6k x 4k) / Number real images: 36918 / Average exposure time: 3.7 sec. / Average electron dose: 61.0 e/Å²
Experimental equipment	Model: Titan Krios / Image courtesy: FEI Company

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Image processing

Particle selection	Number selected: 8546747 Details: Particles were manually picked as start/end coordinates.
Startup model	Type of model: PDB ENTRY PDB model - PDB ID: 6u42
Initial angle assignment	Type: MAXIMUM LIKELIHOOD / Software - Name: RELION (ver. 3.1.1)
Final angle assignment	Type: MAXIMUM LIKELIHOOD / Software - Name: RELION (ver. 3.1.1)
Final reconstruction	Resolution.type: BY AUTHOR / Resolution: 3.1 Å / Resolution method: FSC 0.143 CUT-OFF / Details: Map resolution varies from 3.1 to 16.7 A. / Number images used: 261585

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Macromolecule	Name: MAGNESIUM ION / type: ligand / ID: 130 / Number of copies: 338 / Formula: MG
Molecular weight	Theoretical: 24.305 Da

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+Additional map: position 1 of DMT - focused refinement 1 - postprocess

+Additional map: position 1 of DMT - focused refinement 3 - postprocess

+Additional map: position 4 of DMT - focused refinement 4 - postprocess

+Additional map: position 4 of DMT - focused refinement 4 - mask

+Additional map: position 4 of DMT - focused refinement 3 - postprocess

+Additional map: position 4 of DMT - focused refinement 3 - half map 1

+Additional map: position 4 of DMT - focused refinement 3 - half map 2

+Additional map: position 4 of DMT - focused refinement 4 - half map 1

+Additional map: position 4 of DMT - focused refinement 1 - mask

+Additional map: position 4 of DMT - focused refinement 3 - mask

+Additional map: position 4 of DMT - focused refinement 1 - postprocess

+Additional map: position 4 of DMT - focused refinement 2 - postprocess

+Additional map: position 1 of DMT - focused refinement 3 - half map 2

+Additional map: position 4 of DMT - focused refinement 2 - half map 1

+Additional map: position 4 of DMT - focused refinement 2 - half map 2

+Additional map: position 4 of DMT - focused refinement 2 - mask

+Additional map: position 4 of DMT - focused refinement 6 - half map 2

+Additional map: position 4 of DMT - focused refinement 7 - half map 1

+Additional map: position 4 of DMT - focused refinement 6 - postprocess

+Additional map: position 4 of DMT - focused refinement 5 - postprocess

+Additional map: position 4 of DMT - focused refinement 5 - mask

+Additional map: position 4 of DMT - focused refinement 7 - mask

+Additional map: position 4 of DMT - focused refinement 7 - postprocess

+Additional map: position 1 of DMT - focused refinement 3 - mask

+Additional map: position 4 of DMT - focused refinement 8 - half map 1

+Additional map: position 4 of DMT - focused refinement 5 - half map 1

+Additional map: position 4 of DMT - focused refinement 8 - half map 2

+Additional map: position 4 of DMT - focused refinement 6 - half map 1

+Additional map: position 4 of DMT - focused refinement 8 - mask

+Additional map: position 4 of DMT - focused refinement 8 - postprocess

+Additional map: position 4 of DMT - focused refinement 5 - half map 2

+Additional map: position 4 of DMT - focused refinement 7 - half map 2

+Additional map: position 4 of DMT - focused refinement 6 - mask

+Additional map: NDRC closed conformation consensus - postprocess

+Additional map: position 1 of DMT - focused refinement 4 - postprocess

+Additional map: N-DRC baseplate - focused refinement 3 - postprocess

+Additional map: ODA1 core connection with IDAf - half map 2

+Additional map: ODA1 core connection with IDAf - mask

+Additional map: N-DRC linker - distal lobe - half map 2

+Additional map: NDRC closed conformation consensus - half map 1

+Additional map: N-DRC linker - central region - mask

+Additional map: N-DRC baseplate - focused refinement 1 - half map 1

+Additional map: N-DRC linker - proximal lobe - mask

+Additional map: ODA beta heavy chain motor - half map 2

+Additional map: ODA beta heavy chain motor - half map 1

+Additional map: position 1 of DMT - focused refinement 4 - half map 2

+Additional map: N-DRC baseplate - focused refinement 2 - half map 2

+Additional map: ODA2 core connection with MIA - half map 2

+Additional map: N-DRC linker - distal lobe - postprocess

+Additional map: N-DRC baseplate - focused refinement 3 - mask

+Additional map: ODA beta heavy chain motor - mask

+Additional map: ODA2 core connection with MIA - mask

+Additional map: NDRC open conformation consensus - half map 1

+Additional map: NDRC open conformation - linker - mask

+Additional map: N-DRC linker - central region - half map 1

+Additional map: N-DRC linker - proximal lobe - half map 2

+Additional map: position 1 of DMT - focused refinement 4 - mask

+Additional map: N-DRC baseplate - focused refinement 1 - half map 2

+Additional map: ODA3 core connection with N-DRC - half map 2

+Additional map: ODA3 core connection with N-DRC - mask

+Additional map: N-DRC linker - distal lobe - half map 1

+Additional map: NDRC closed conformation consensus - mask

+Additional map: N-DRC linker - proximal lobe - half map 1

+Additional map: N-DRC linker - proximal lobe - postprocess

+Additional map: N-DRC baseplate - focused refinement 2 - half map 1

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Movie

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Structure viewers

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Viewer log

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This page

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Options

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Open data

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Related structure data

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Links

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Map

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Supplemental data

+
Additional map: position 1 of DMT - focused refinement 1 - postprocess

+
Additional map: position 1 of DMT - focused refinement 3 - postprocess

+
Additional map: position 4 of DMT - focused refinement 4 - postprocess

+
Additional map: position 4 of DMT - focused refinement 4 - mask

+
Additional map: position 4 of DMT - focused refinement 3 - postprocess

+
Additional map: position 4 of DMT - focused refinement 3 - half map 1

+
Additional map: position 4 of DMT - focused refinement 3 - half map 2

+
Additional map: position 4 of DMT - focused refinement 4 - half map 1

+
Additional map: position 4 of DMT - focused refinement 1 - mask

+
Additional map: position 4 of DMT - focused refinement 3 - mask

+
Additional map: position 4 of DMT - focused refinement 1 - postprocess

+
Additional map: position 4 of DMT - focused refinement 2 - postprocess

+
Additional map: position 1 of DMT - focused refinement 3 - half map 2

+
Additional map: position 4 of DMT - focused refinement 2 - half map 1

+
Additional map: position 4 of DMT - focused refinement 2 - half map 2

+
Additional map: position 4 of DMT - focused refinement 2 - mask

+
Additional map: position 4 of DMT - focused refinement 6 - half map 2

+
Additional map: position 4 of DMT - focused refinement 7 - half map 1

+
Additional map: position 4 of DMT - focused refinement 6 - postprocess

+
Additional map: position 4 of DMT - focused refinement 5 - postprocess

+
Additional map: position 4 of DMT - focused refinement 5 - mask

+
Additional map: position 4 of DMT - focused refinement 7 - mask

+
Additional map: position 4 of DMT - focused refinement 7 - postprocess

+
Additional map: position 1 of DMT - focused refinement 3 - mask

+
Additional map: position 4 of DMT - focused refinement 8 - half map 1

+
Additional map: position 4 of DMT - focused refinement 5 - half map 1

+
Additional map: position 4 of DMT - focused refinement 8 - half map 2

+
Additional map: position 4 of DMT - focused refinement 6 - half map 1

+
Additional map: position 4 of DMT - focused refinement 8 - mask

+
Additional map: position 4 of DMT - focused refinement 8 - postprocess

+
Additional map: position 4 of DMT - focused refinement 5 - half map 2

+
Additional map: position 4 of DMT - focused refinement 7 - half map 2

+
Additional map: position 4 of DMT - focused refinement 6 - mask

+
Additional map: NDRC closed conformation consensus - postprocess

+
Additional map: position 1 of DMT - focused refinement 4 - postprocess

+
Additional map: N-DRC baseplate - focused refinement 3 - postprocess

+
Additional map: ODA1 core connection with IDAf - half map 2

+
Additional map: ODA1 core connection with IDAf - mask

+
Additional map: N-DRC linker - distal lobe - half map 2

+
Additional map: NDRC closed conformation consensus - half map 1

+
Additional map: N-DRC linker - central region - mask

+
Additional map: N-DRC baseplate - focused refinement 1 - half map 1

+
Additional map: N-DRC linker - proximal lobe - mask

+
Additional map: ODA beta heavy chain motor - half map 2

+
Additional map: ODA beta heavy chain motor - half map 1

+
Additional map: position 1 of DMT - focused refinement 4 - half map 2

+
Additional map: N-DRC baseplate - focused refinement 2 - half map 2

+
Additional map: ODA2 core connection with MIA - half map 2

+
Additional map: N-DRC linker - distal lobe - postprocess

+
Additional map: N-DRC baseplate - focused refinement 3 - mask

+
Additional map: ODA beta heavy chain motor - mask

+
Additional map: ODA2 core connection with MIA - mask

+
Additional map: NDRC open conformation consensus - half map 1

+
Additional map: NDRC open conformation - linker - mask

+
Additional map: N-DRC linker - central region - half map 1

+
Additional map: N-DRC linker - proximal lobe - half map 2

+
Additional map: position 1 of DMT - focused refinement 4 - mask

+
Additional map: N-DRC baseplate - focused refinement 1 - half map 2

+
Additional map: ODA3 core connection with N-DRC - half map 2

+
Additional map: ODA3 core connection with N-DRC - mask

+
Additional map: N-DRC linker - distal lobe - half map 1

+
Additional map: NDRC closed conformation consensus - mask

+
Additional map: N-DRC linker - proximal lobe - half map 1

+
Additional map: N-DRC linker - proximal lobe - postprocess

+
Additional map: N-DRC baseplate - focused refinement 2 - half map 1