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Showing 1 - 50 of 56,396 items for (author: ha & j)

EMDB-76894:
Cryo-EM structure of hexameric apo human K293st geranylgeranyl diphosphate synthase
Method: single particle / : Pham AC, Borgstahl EO

PDB-12zr:
Cryo-EM structure of hexameric apo human K293st geranylgeranyl diphosphate synthase
Method: single particle / : Pham AC, Borgstahl EO

EMDB-69444:
Structural snapshots of F1-ATPase catalysis in drug resistant Acinetobacter baumannii reveal novel therapeutic targets - Conformation 1a
Method: single particle / : Le KCM, Gruber G

EMDB-69446:
Structural snapshots of F1-ATPase catalysis in drug resistant Acinetobacter baumannii reveal novel therapeutic targets - Conformation 1b
Method: single particle / : Le KCM, Gruber G

EMDB-69447:
Structural snapshots of F1-ATPase catalysis in drug resistant Acinetobacter baumannii reveal novel therapeutic targets - Conformation 2a
Method: single particle / : Le KCM, Gruber G

EMDB-69448:
Structural snapshots of F1-ATPase catalysis in drug resistant Acinetobacter baumannii reveal novel therapeutic targets - Conformation 2b
Method: single particle / : Le KCM, Gruber G

EMDB-69449:
Structural snapshots of F1-ATPase catalysis in drug resistant Acinetobacter baumannii reveal novel therapeutic targets - Conformation 3a
Method: single particle / : Le KCM, Gruber G

EMDB-69450:
Structural snapshots of F1-ATPase catalysis in drug resistant Acinetobacter baumannii reveal novel therapeutic targets - Conformation 3b
Method: single particle / : Le KCM, Gruber G

PDB-24dh:
Structural snapshots of F1-ATPase catalysis in drug resistant Acinetobacter baumannii reveal novel therapeutic targets - Conformation 1a
Method: single particle / : Le KCM, Gruber G

PDB-24dj:
Structural snapshots of F1-ATPase catalysis in drug resistant Acinetobacter baumannii reveal novel therapeutic targets - Conformation 1b
Method: single particle / : Le KCM, Gruber G

PDB-24dk:
Structural snapshots of F1-ATPase catalysis in drug resistant Acinetobacter baumannii reveal novel therapeutic targets - Conformation 2a
Method: single particle / : Le KCM, Gruber G

PDB-24dl:
Structural snapshots of F1-ATPase catalysis in drug resistant Acinetobacter baumannii reveal novel therapeutic targets - Conformation 2b
Method: single particle / : Le KCM, Gruber G

PDB-24dm:
Structural snapshots of F1-ATPase catalysis in drug resistant Acinetobacter baumannii reveal novel therapeutic targets - Conformation 3a
Method: single particle / : Le KCM, Gruber G

PDB-24dn:
Structural snapshots of F1-ATPase catalysis in drug resistant Acinetobacter baumannii reveal novel therapeutic targets - Conformation 3b
Method: single particle / : Le KCM, Gruber G

EMDB-77013:
Structure of HSP90b bound to de-novo designed binder H2
Method: single particle / : Srivastava D, Singh S, Artemyev NO

EMDB-77014:
Structure of HSP90b bound to de-novo designed binder H4
Method: single particle / : Srivastava D, Singh S, Artemyev NO

PDB-13dw:
Structure of HSP90b bound to de-novo designed binder H2
Method: single particle / : Srivastava D, Singh S, Artemyev NO

PDB-13dx:
Structure of HSP90b bound to de-novo designed binder H4
Method: single particle / : Srivastava D, Singh S, Artemyev NO

EMDB-76702:
Norovirus Sydney VLP T=3
Method: single particle / : Anish R, Apostol CV, Pham S, Prasad BVV

EMDB-76740:
GII.4 Syd T=4 (raised) VLP
Method: single particle / : Anish R, Apostol C, Pham S, Prasad BVV

EMDB-76749:
Fab NORO-320 bound to C-D VP1 dimer of GII.4 Syd VLP (T=4) from C-side
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

EMDB-76750:
Fab NORO-320 bound to C-D VP1 dimer of GII.4 Syd VLP (T=4) from D-side
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

EMDB-76751:
2 molecules of Fab NORO-320 bound to C-D VP1 dimer of GII.4 Syd VLP (T=4)
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

EMDB-76752:
2 molecules of Fab NORO-320 bound to A-A' VP1 dimer of GII.4 Syd VLP (T=1) left side
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

EMDB-76753:
2 molecules of Fab NORO-320 bound to A-A' VP1 dimer of GII.4 Syd VLP (T=1) Right side
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

EMDB-76754:
Fab NORO-320 bound to A-B VP1 dimer of GII.4 Syd VLP (T=4) from 6-fold axis
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

EMDB-76755:
Fab NORO-320 bound to A-B VP1 dimer of GII.4 Syd VLP (T=4) from 5 fold axis
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

EMDB-76756:
M6 bound to A-BVP1 dimer of GII.4 Syd VLP from 5 fold axis
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

EMDB-76757:
M6 bound to A-B VP1 dimer of GII.4 Syd VLP from 6-fold axis
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

EMDB-76758:
2 molecules of M6 bound to A-B VP1 dimer of GII.4 Syd VLP
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

EMDB-76759:
M6 bound to C-C VP1 dimer of GII.4 Syd VLP (C1 side)
Method: single particle / : Apostol C, Anish R, Pham S, Prasad BVV

EMDB-76760:
M6 bound to C-C VP1 dimer of GII.4 Syd VLP (C2 side)
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

EMDB-76761:
2 molecules of M6 bound to C-C VP1 dimer of GII.4 Syd VLP
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

EMDB-76762:
M6 bound to A-A' VP1 dimer of GII.4 Syd VLP (T=1)
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

EMDB-76763:
M6 bound to A-A' VP1 dimer of GII.4 Syd VLP: other side (T=1)
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

EMDB-76764:
2 molecules of M6 bound to A-A' VP1 dimer of GII.4 Syd VLP (T=1)
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

EMDB-77106:
Norovirus GII.4 Sydney VLP, T=3 C-C dimer, Class1
Method: single particle / : Anish R, Apostol CV, Pham S, Prasad BVV

EMDB-77107:
Norovirus GII.4 Sydney VLP, T=3 C-C dimer, Class5
Method: single particle / : Anish R, Apostol CV, Pham S, Prasad BVV

PDB-12qz:
Norovirus Sydney VLP T=3
Method: single particle / : Anish R, Apostol CV, Pham S, Prasad BVV

PDB-12tf:
GII.4 Syd T=4 (raised) VLP
Method: single particle / : Anish R, Apostol C, Pham S, Prasad BVV

PDB-12tp:
Fab NORO-320 bound to C-D VP1 dimer of GII.4 Syd VLP (T=4) from C-side
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

PDB-12tq:
Fab NORO-320 bound to C-D VP1 dimer of GII.4 Syd VLP (T=4) from D-side
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

PDB-12tr:
2 molecules of Fab NORO-320 bound to C-D VP1 dimer of GII.4 Syd VLP (T=4)
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

PDB-12ts:
2 molecules of Fab NORO-320 bound to A-A' VP1 dimer of GII.4 Syd VLP (T=1) left side
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

PDB-12tt:
2 molecules of Fab NORO-320 bound to A-A' VP1 dimer of GII.4 Syd VLP (T=1) Right side
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

PDB-12tu:
Fab NORO-320 bound to A-B VP1 dimer of GII.4 Syd VLP (T=4) from 6-fold axis
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

PDB-12tv:
Fab NORO-320 bound to A-B VP1 dimer of GII.4 Syd VLP (T=4) from 5 fold axis
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

PDB-12tw:
M6 bound to A-BVP1 dimer of GII.4 Syd VLP from 5 fold axis
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

PDB-12tx:
M6 bound to A-B VP1 dimer of GII.4 Syd VLP from 6-fold axis
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

PDB-12ty:
2 molecules of M6 bound to A-B VP1 dimer of GII.4 Syd VLP
Method: single particle / : Apostol CV, Anish R, Pham S, Prasad BVV

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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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