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Showing 1 - 50 of 2,903 items for (author: alexander & p)

EMDB-59180:
Structure of ZNFX1 in the ATP-bound, pre-ATP hydrolysis state
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-59181:
Structure of ZNFX1 bound to RNA
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-59182:
Structure of ZNFX1 in the post-ATP hydrolysis state
Method: single particle / : Heatley A, Naydenova K, Yip M, Randow F

EMDB-59183:
Helical polymer of human ZNFX1 proteins
Method: single particle / : Leigh KE, Harper CM, Naydenova K, Modis Y, Randow F

EMDB-59184:
Structure of the human ZNFX1 protein in a bundled sheet of twisted fibrils
Method: single particle / : Yip MCJ, Naydenova K, Randow F

PDB-32ul:
Structure of ZNFX1 in the ATP-bound, pre-ATP hydrolysis state
Method: single particle / : Yip MCJ, Naydenova K, Randow F

PDB-32um:
Structure of ZNFX1 bound to RNA
Method: single particle / : Yip MCJ, Naydenova K, Randow F

PDB-32un:
Structure of ZNFX1 in the post-ATP hydrolysis state
Method: single particle / : Heatley A, Naydenova K, Yip M, Randow F

EMDB-76055:
GluA2-y5-CNIH1 open state + RR2b + Glu (LBD-TMD)
Method: single particle / : Gangwar SP, Newton TP, Yen LY, Sobolevsky AI

EMDB-76056:
GluA2-GSG1L apo state (LBD-TMD)
Method: single particle / : Newton TP, Yen LY, Gangwar SP, Sobolevsky AI

EMDB-76057:
GluA2-GSG1L open state + RR2b + Glu (LBD-TMD)
Method: single particle / : Newton TP, Yen LY, Gangwar SP, Sobolevsky AI

EMDB-76058:
GluA2 open state + RR2b + Glu (full-length composite map)
Method: single particle / : Newton TP, Yen LY, Gangwar SP, Sobolevsky AI

EMDB-76059:
GluA2 active state + RR2b + Glu (consensus map)
Method: single particle / : Newton TP, Yen LY, Gangwar SP, Sobolevsky AI

EMDB-76060:
GluA2 open state + RR2b + Glu (ATD-LBD only)
Method: single particle / : Newton TP, Yen LY, Gangwar SP, Sobolevsky AI

EMDB-76061:
GluA2 active state + RR2b + Glu (TMD only)
Method: single particle / : Newton TP, Yen LY, Gangwar SP, Sobolevsky AI

PDB-11uf:
GluA2-y5-CNIH1 open state + RR2b + Glu (LBD-TMD)
Method: single particle / : Gangwar SP, Newton TP, Yen LY, Sobolevsky AI

PDB-11ug:
GluA2-GSG1L apo state (LBD-TMD)
Method: single particle / : Newton TP, Yen LY, Gangwar SP, Sobolevsky AI

PDB-11uh:
GluA2-GSG1L open state + RR2b + Glu (LBD-TMD)
Method: single particle / : Newton TP, Yen LY, Gangwar SP, Sobolevsky AI

PDB-11ui:
GluA2 open state + RR2b + Glu (full-length composite map)
Method: single particle / : Newton TP, Yen LY, Gangwar SP, Sobolevsky AI

EMDB-55686:
Murine RNF213 bound to maltoheptaose
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-55687:
Murine RNF213 bound to maltoheptaose (Consensus refinement)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-55688:
Murine RNF213 bound to maltoheptaose (Focused refinement of ATPase domain)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-55689:
Murine RNF213 bound to maltoheptaose (Focused refinement of stalk)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-55690:
Murine RNF213 bound to maltoheptaose (Focused refinement of top of stalk)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-55691:
Murine RNF213 bound to maltoheptaose (Focused refinement of CBM20 domain)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-55692:
Murine RNF213 bound to maltoheptaose (Focused refinement of E3 module)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-55693:
Murine RNF213 bound to maltoheptaose (Focused refinement of E3 shell)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-55694:
Murine RNF213
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-55695:
Murine RNF213 (Consensus refinement)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-55696:
Murine RNF213 (Focused refinement of ATPase domain)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-55697:
Murine RNF213 (Focused refinement of stalk)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-55698:
Murine RNF213 (Focused refinement of top of stalk)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-55699:
Murine RNF213 (Focused refinement of CBM20 domain)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-55700:
Murine RNF213 (Focused refinement of E3 module)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-55701:
Murine RNF213 (Focused refinement of E3 shell)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-59437:
Murine RNF213 (Y434A) (Focused refinement of ATPase domain)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-59438:
Murine RNF213 (Y434A) (focused refinement of stalk)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-59439:
murine RNF213 (Y434A) (focused refinement of top of stalk)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-59440:
murine RNF213 (Y434A) (focused refinement of CBM20 domain)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-59441:
murine RNF213 (Y434A) (focused refinement of E3)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-59442:
murine RNF213 (Y434A) (focused refinement of E3 shell)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-59443:
murine RNF213 (Y434A) (consensus refinement)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-59444:
Murine RNF213 (Y434A)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-59854:
Cryo-electron tomogram of MEF cell containing polyglucosan
Method: electron tomography / : Yip MCJ, Naydenova K, Otten EG, Heatley A, Moe A, Anton L, de los Reyes-Ramirez L, Jolin HE, Langevin F, Wiacek M, Franco C, Bertolotti A, Kukulski W, McKenzie ANJ, Randow F

PDB-33hm:
Murine RNF213 (Y434A)
Method: single particle / : Yip MCJ, Naydenova K, Randow F

PDB-9t8h:
Murine RNF213 bound to maltoheptaose
Method: single particle / : Yip MCJ, Naydenova K, Randow F

PDB-9t8i:
Murine RNF213
Method: single particle / : Yip MCJ, Naydenova K, Randow F

EMDB-76084:
GluA2-STZ apo state (full-length composite)
Method: single particle / : Gangwar SP, Newton TP, Yen LY, Sobolevsky AI

EMDB-76085:
GluA2-STZ desensitized state with partial agonist FW at 25 degrees C (full-length composite)
Method: single particle / : Newton TP, Yen LY, Gangwar SP, Sobolevsky AI

EMDB-76086:
GluA2-STZ open state with partial agonist FW at 25 degrees C (full-length composite)
Method: single particle / : Newton TP, Yen LY, Gangwar SP, Sobolevsky AI

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New format data for meta-information of EMDB entries

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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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