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Showing 1 - 50 of 242 items for (author: schafer & t)

EMDB-53362:
human PAN2-PAN3 deadenylase complex in the apo state
Method: single particle / : Albrecht JC, Reitinger T, Basquin J, Schuessler S, Schaefer IB, Conti E

EMDB-53392:
human PAN2-PAN3 bound to a 90Ai/PABPC1 RNP
Method: single particle / : Albrecht JC, Reitinger T, Basquin J, Schuessler S, Schaefer IB, Conti E

EMDB-53424:
human PAN2-PAN3 bound to a 180Ai/PABPC1 RNP
Method: single particle / : Albrecht JC, Reitinger T, Basquin J, Schuessler S, Schaefer IB, Conti E

EMDB-70880:
Apoferritin from mouse on graphene
Method: single particle / : Schaefer JH, Lander GC

EMDB-46960:
Designed miniproteins potently inhibit and protect against MERS-CoV. MERS-CoV S in complex with miniprotein cb3_GGGSGGGS_SB175, linker 7 (Local refinement of two RBDs and 2 miniproteins)
Method: single particle / : Tortorici MA, Veesler D, Seattle Structural Genomics Center for Infectious Disease (SSGCID)

EMDB-46947:
Designed miniproteins potently inhibit and protect against MERS_CoV (Global refinement of MERS_CoV_S RBD in complex with miniprotein cb3_GSG_SB175, linker 1)
Method: single particle / : Tortorici MA, Veesler D

EMDB-46952:
Designed miniproteins potently inhibit and protect against MERS_CoV. MERS_CoV S in complex with cb3_GSG_SB175, linker 1. Global refinement, three RBDs engaged.
Method: single particle / : Tortorici MA, Veesler D

EMDB-46955:
Designed miniproteins potently inhibit and protect against MERS_CoV. MERS_CoV S in complex with cb3_GGGSGGGS_SB175, linker 7. Global refinement.
Method: single particle / : Tortorici MA, Veesler D

EMDB-46957:
Designed miniproteins potently inhibit and protect against MERS_CoV. MERS-CoV S in complex with cb3_GGGSGGGS_SB175B175, linker 7(Global refinement after focused classification)
Method: single particle / : Tortorici MA, Veesler D

EMDB-54211:
Structure of the Ypt7 GEF complex Mon1-Ccz1 from Chaetomium Thermophilum
Method: single particle / : Wilmes S, Schaefer J, Moeller A, Kuemmel D

EMDB-54212:
Ypt7 in complex with its GEF Mon1-Ccz1
Method: single particle / : Wilmes S, Schaefer J, Moeller A, Kuemmel D

EMDB-54213:
human Fuzzy-Inturned
Method: single particle / : Wilmes S, Schaefer J, Januliene D, Moeller A, Kuemmel D

EMDB-54214:
Rab23 in complex with Fuzzy-Inturned
Method: single particle / : Wilmes S, Schaefer J, Januliene D, Moeller A, Kuemmel D

EMDB-48650:
Structure of HKU5 spike C-terminal domain in complex with ACE2 from Pipistrellus abramus
Method: single particle / : Li N, Tsybovsky Y, Teng I, Zhou T

EMDB-46569:
Structure of HKU5-20s spike glycoprotein
Method: single particle / : Wu Z, Fan C, Bjorkman PJ

EMDB-43408:
Structure of SARS-CoV spike in complex with CoV1-62 IgG
Method: single particle / : Bangaru S, Ward AB

EMDB-50502:
Lysosomal transporting complex of beta-glucocerebrosidase (GCase) and lysosomal integral membrane protein 2 (LIMP-2) with bound Pro-macrobodies (Combined focus map)
Method: single particle / : Dobert JP, Schaefer JHS, Dal Maso T, Socher E, Versees W, Moeller A, Zunke F, Arnold P

EMDB-50936:
Lysosomal transporting complex of beta-glucocerebrosidase (GCase) and lysosomal integral membrane protein 2 (LIMP-2) with bound Pro-macrobodies (consensus map)
Method: single particle / : Dobert JP, Schaefer JHS, Dal Maso T, Socher E, Versees W, Moeller A, Zunke F, Arnold P

EMDB-50937:
Lysosomal transporting complex of beta-glucocerebrosidase (GCase) and lysosomal integral membrane protein 2 (LIMP-2) with bound Pro-macrobodies (GCase local refinement map)
Method: single particle / : Dobert JP, Schaefer JHS, Dal Maso T, Socher E, Versees W, Moeller A, Zunke F, Arnold P

EMDB-50938:
Lysosomal transporting complex of beta-glucocerebrosidase (GCase) and lysosomal integral membrane protein 2 (LIMP-2) with bound Pro-macrobodies (LIMP-2 local refinement)
Method: single particle / : Dobert JP, Schaefer JHS, Dal Maso T, Socher E, Versees W, Moeller A, Zunke F, Arnold P

EMDB-47700:
ACKR3 phosphorylated by GRK5 in complex with arrestin2 and Fab7
Method: single particle / : Chen Q, Fuller J, Tesmer JJG

EMDB-49564:
cryoEM structure of human ACKR3 phosphorylated by GRK2 in complex with Arr2
Method: single particle / : Chen Q, Tesmer JJG

PDB-9e82:
ACKR3 phosphorylated by GRK5 in complex with arrestin2 and Fab7
Method: single particle / : Chen Q, Fuller J, Tesmer JJG

EMDB-50774:
MsbA in DDM inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50775:
MsbA in LMNG inward-facing narrow
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50776:
MsbA in LMNG inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50777:
MsbA in GDN inward-facing narrow
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50778:
MsbA in GDN inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50779:
MsbA in Triton inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50780:
MsbA in Triton inward-facing wide (+) open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50782:
MsbA in UDM inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50783:
MsbA in UDM inward-facing wide (+) open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50784:
MsbA in MSP1D1 Nanodisc inward-facing narrow open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shearer D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50785:
MsbA in MSP1D1 (EPL:PC) Nanodisc inward-facing narrow open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50786:
MsbA in MSP1E3D1 Nanodisc inward-facing narrow open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50787:
MsbA in MSP2N2 Nanodisc inward-facing narrow open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50788:
MsbA in peptidisc inward-facing narrow (-) open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50789:
MsbA in peptidisc inward-facing narrow open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50790:
MsbA in Amphipol A8-35 inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50791:
MsbA in Amphipol A8-35 inward-facing wide (+) open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50792:
MsbA in Amphipol 18 inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50793:
MsbA in Amphipol 18 inward-facing wide (+) open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50794:
MsbA in MSP2N2 Nanodisc inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-43407:
Structure of SARS-CoV spike in complex with CoV1-65 Fab (NTD-bound)
Method: single particle / : Bangaru S, Ward AB

EMDB-49574:
Demo apoferritin data for Magellon
Method: single particle / : Stagg SM, Khoshbin B, Damodar P, Cianfrocco MA, Lander GC

EMDB-43882:
Negative stain EM map of SARS-COV-2 (XBB) spike protein in complex with Fab COV2-3872
Method: single particle / : Binshtein E, Crowe JE

EMDB-43883:
Negative stain EM map of SARS-COV-2 (XBB) spike protein in complex with Fab COV2-3889
Method: single particle / : Binshtein E, Crowe JE

EMDB-43884:
Negative stain EM map of SARS-COV-2 (BQ 1.1) spike protein in complex with Fab COV2-3891
Method: single particle / : Binshtein E, Crowe JE

EMDB-43885:
Negative stain EM map of SARS-COV-2 (XBB) spike protein in complex with Fab COV2-3892
Method: single particle / : Binshtein E, Crowe JE

EMDB-43886:
Negative stain EM map of SARS-COV-2 (XBB) spike protein in complex with Fab COV2-3906
Method: single particle / : Binshtein E, Crowe JE

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Oct 5, 2021. Nobel Prize for mechanically activated and temperature-gated ion channels

Nobel Prize for mechanically activated and temperature-gated ion channels

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External links:The Nobel Prize in Physiology or Medicine 2021 - NobelPrize.org / Structure data by Ardem Patapoutian / Structure data by David Julius

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