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Showing 1 - 50 of 2,544 items for (author: gui & l)

EMDB-70376:
The structure of a Bacterial Cyanide Dihydratase from Bacillus safensis PER-URP-08
Method: single particle / : Justo Arevalo S, Valle-Riestra F V, Balan A, Chuck CS

EMDB-70421:
The structure of a Fungal Cyanide Hydratase from Gloeocercospora sorghi
Method: single particle / : Justo Arevalo S, Valle-Riestra F V, Balan A, Farah CS

PDB-9odt:
The structure of a Bacterial Cyanide Dihydratase from Bacillus safensis PER-URP-08
Method: single particle / : Justo Arevalo S, Valle-Riestra F V, Balan A, Chuck CS

PDB-9ofa:
The structure of a Fungal Cyanide Hydratase from Gloeocercospora sorghi
Method: single particle / : Justo Arevalo S, Valle-Riestra F V, Balan A, Farah CS

EMDB-54931:
Type I-F_HNH variant Cascade bound to dsDNA, HNH domain in inwards position
Method: single particle / : Fuglsang A, Montoya G

EMDB-54932:
Type I-F_HNH variant Cascade bound to dsDNA, HNH domain in outwards position
Method: single particle / : Fuglsang A, Montoya G

EMDB-54943:
Type I-F_HNH variant Cascade bound to dsDNA, HNH domain in middle position
Method: single particle / : Fuglsang A, Montoya G

EMDB-54944:
Type I-F_HNH variant Cascade bound to dsDNA, HNH domain in outwards position
Method: single particle / : Fuglsang A, Montoya G

EMDB-54946:
Type I-F_HNH variant Cascade bound to dsDNA, HNH domain in inwards position
Method: single particle / : Fuglsang A, Montoya G

EMDB-54948:
Type I-F_HNH variant Cascade target-free RNP, HNH domain in outwards position
Method: single particle / : Fuglsang A, Montoya G

PDB-9sit:
Type I-F_HNH variant Cascade bound to dsDNA, HNH domain in inwards position
Method: single particle / : Fuglsang A, Montoya G

PDB-9siu:
Type I-F_HNH variant Cascade bound to dsDNA, HNH domain in outwards position
Method: single particle / : Fuglsang A, Montoya G

PDB-9sjc:
Type I-F_HNH variant Cascade bound to dsDNA, HNH domain in middle position
Method: single particle / : Fuglsang A, Montoya G

PDB-9sjd:
Type I-F_HNH variant Cascade bound to dsDNA, HNH domain in outwards position
Method: single particle / : Fuglsang A, Montoya G

PDB-9sjl:
Type I-F_HNH variant Cascade bound to dsDNA, HNH domain in inwards position
Method: single particle / : Fuglsang A, Montoya G

PDB-9sjn:
Type I-F_HNH variant Cascade target-free RNP, HNH domain in outwards position
Method: single particle / : Fuglsang A, Montoya G

EMDB-53311:
Cryo-EM map of SKM-70S ribosomal stalled complex in the major state (vacant A-site, canon)
Method: single particle / : Morici M, Corazza M, Safdari HA, Wilson DN

EMDB-53341:
Cryo-EM structure of SKM-70S ribosomal stalled complex in the A-tRNA positioned (Body open) state.
Method: single particle / : Morici M, Corazza M, Safdari HA, Wilson DN

EMDB-55145:
Cryo-EM structure of SKM-70S ribosomal stalled complex in the rotated state with hybrid tRNAs
Method: single particle / : Morici M, Corazza M, Safdari HA, Wilson DN

PDB-9qqq:
Cryo-EM structure of SKM-70S ribosomal stalled complex in the major state (vacant A-site, canon)
Method: single particle / : Morici M, Corazza M, Safdari HA, Wilson DN

PDB-9qsj:
Cryo-EM structure of SKM-70S ribosomal stalled complex in the A-tRNA positioned (Body open) state.
Method: single particle / : Morici M, Corazza M, Safdari HA, Wilson DN

PDB-9sro:
Cryo-EM structure of SKM-70S ribosomal stalled complex in the rotated state with hybrid tRNAs
Method: single particle / : Morici M, Corazza M, Safdari HA, Wilson DN

EMDB-49520:
Focused refinement of the prefusion F glycoprotein ectodomain of Nipah virus in complex with DS90 nanobody
Method: single particle / : Low YS, Isaacs A, Modhiran N, Watterson D

EMDB-54919:
Type I-F_HNH variant Cascade bound to dsDNA, HNH domain in middle position
Method: single particle / : Fuglsang A, Montoya G

EMDB-54947:
Type I-F_HNH variant Cascade target-free RNP, HNH domain in inwards position
Method: single particle / : Fuglsang A, Montoya G

EMDB-54949:
Type I-F_HNH variant Cascade RNP bound to dsDNA with trace of target strand into HNH domain rotated in middle position
Method: single particle / : Fuglsang A, Montoya G

EMDB-54950:
Type I-F_HNH variant Cascade target-free RNP, HNH domain in middle position
Method: single particle / : Fuglsang A, Montoya G

PDB-9shx:
Type I-F_HNH variant Cascade bound to dsDNA, HNH domain in middle position
Method: single particle / : Fuglsang A, Montoya G

PDB-9sjm:
Type I-F_HNH variant Cascade target-free RNP, HNH domain in inwards position
Method: single particle / : Fuglsang A, Montoya G

PDB-9sjo:
Type I-F_HNH variant Cascade target-free RNP, HNH domain in middle position
Method: single particle / : Fuglsang A, Montoya G

EMDB-47503:
Human ASIC1a at pH 8.5 with domain-swapped transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

EMDB-47504:
Human ASIC1a at pH 7.5 with domain-swapped transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

EMDB-47505:
Human ASIC1a at pH 7.5 with partial transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

EMDB-47506:
Human ASIC1a at pH 7.5 with linear transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

EMDB-47507:
Human ASIC1a at pH 6.5 with linear transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

EMDB-47508:
Human ASIC1a at pH 5.7 with domain-swapped transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

EMDB-47509:
Human ASIC1a at pH 5.7 with linear transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

EMDB-47510:
Human ASIC1a at pH 5.7 with rotated, domain-swapped transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

EMDB-47511:
Human ASIC1a at pH 7.5 in complex with MitTx
Method: single particle / : Hartfield KA, Yoshioka C, Cahill J, Baconguis I

EMDB-47512:
Human ASIC1a at pH 6.5 in complex with MitTx
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

EMDB-47513:
Human ASIC1a at pH 8.5, T26V mutation
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

PDB-9e4a:
Human ASIC1a at pH 8.5 with domain-swapped transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

PDB-9e4b:
Human ASIC1a at pH 7.5 with domain-swapped transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

PDB-9e4c:
Human ASIC1a at pH 7.5 with partial transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

PDB-9e4d:
Human ASIC1a at pH 7.5 with linear transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

PDB-9e4e:
Human ASIC1a at pH 6.5 with linear transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

PDB-9e4f:
Human ASIC1a at pH 5.7 with domain-swapped transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

PDB-9e4g:
Human ASIC1a at pH 5.7 with linear transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

PDB-9e4h:
Human ASIC1a at pH 5.7 with rotated, domain-swapped transmembrane domain
Method: single particle / : Hartfield KA, Cahill J, Baconguis I

PDB-9e4i:
Human ASIC1a at pH 7.5 in complex with MitTx
Method: single particle / : Hartfield KA, Yoshioka C, Cahill J, Baconguis I

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Feb 9, 2022. New format data for meta-information of EMDB entries

New format data for meta-information of EMDB entries

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  • The previous official version 1.9 will be removed from the archive.

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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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