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Showing 1 - 50 of 21,023 items for (author: yu & i)

EMDB-45474:
Structure of MORC2 PD mutant binding to AMP-PNP
Method: single particle / : Tan W, Shakeel S

EMDB-45475:
MORC2 ATPase dead mutant - S87A
Method: single particle / : Tan W, Shakeel S

EMDB-45476:
MORC2 PD mutant with DNA
Method: single particle / : Tan W, Shakeel S

EMDB-45477:
MORC2 ATPase structure
Method: single particle / : Tan W, Shakeel S

EMDB-45478:
MORC2 ATPase with DNA
Method: single particle / : Tan W, Shakeel S

PDB-9cdf:
Structure of MORC2 PD mutant binding to AMP-PNP
Method: single particle / : Tan W, Shakeel S

PDB-9cdg:
MORC2 ATPase dead mutant - S87A
Method: single particle / : Tan W, Shakeel S

PDB-9cdh:
MORC2 PD mutant with DNA
Method: single particle / : Tan W, Shakeel S

PDB-9cdi:
MORC2 ATPase structure
Method: single particle / : Tan W, Shakeel S

PDB-9cdj:
MORC2 ATPase with DNA
Method: single particle / : Tan W, Shakeel S

EMDB-51514:
Interaction with AK2A links AIFM1 to cellular energy metabolism. The cryo-EM structure of dimeric AIFM1 without any binding partner.
Method: single particle / : Rothemann RA, Pavlenko EA, Gerlich S, Grobushkin P, Mostert S, Stobbe D, Racho J, Stillger K, Lapacz K, Petrungaro C, Dengjel J, Neundorf I, Bano D, Mondal M, Weiss K, Ehninger D, Nguyen THD, Poepsel SP, Riemer J

EMDB-51515:
Interaction with AK2A links AIFM1 to cellular energy metabolism. The cryo-EM structure of dimeric AIFM1 engaged to MIA40.
Method: single particle / : Rothemann RA, Pavlenko EA, Gerlich S, Grobushkin P, Mostert S, Stobbe D, Racho J, Stillger K, Lapacz K, Petrungaro C, Dengjel J, Neundorf I, Bano D, Mondal M, Weiss K, Ehninger D, Nguyen THD, Poepsel SP, Riemer J

EMDB-51516:
Interaction with AK2A links AIFM1 to cellular energy metabolism. The cryo-EM structure of dimeric AIFM1 bound by AK2A.
Method: single particle / : Rothemann RA, Pavlenko EA, Gerlich S, Grobushkin P, Mostert S, Stobbe D, Racho J, Stillger K, Lapacz K, Petrungaro C, Dengjel J, Neundorf I, Bano D, Mondal M, Weiss K, Ehninger D, Nguyen THD, Poepsel SP, Riemer J

PDB-9gqy:
Interaction with AK2A links AIFM1 to cellular energy metabolism. The cryo-EM structure of dimeric AIFM1 without any binding partner.
Method: single particle / : Rothemann RA, Pavlenko EA, Gerlich S, Grobushkin P, Mostert S, Stobbe D, Racho J, Stillger K, Lapacz K, Petrungaro C, Dengjel J, Neundorf I, Bano D, Mondal M, Weiss K, Ehninger D, Nguyen THD, Poepsel SP, Riemer J

PDB-9gqz:
Interaction with AK2A links AIFM1 to cellular energy metabolism. The cryo-EM structure of dimeric AIFM1 engaged to MIA40.
Method: single particle / : Rothemann RA, Pavlenko EA, Gerlich S, Grobushkin P, Mostert S, Stobbe D, Racho J, Stillger K, Lapacz K, Petrungaro C, Dengjel J, Neundorf I, Bano D, Mondal M, Weiss K, Ehninger D, Nguyen THD, Poepsel SP, Riemer J

PDB-9gr0:
Interaction with AK2A links AIFM1 to cellular energy metabolism. The cryo-EM structure of dimeric AIFM1 bound by AK2A.
Method: single particle / : Rothemann RA, Pavlenko EA, Gerlich S, Grobushkin P, Mostert S, Stobbe D, Racho J, Stillger K, Lapacz K, Petrungaro C, Dengjel J, Neundorf I, Bano D, Mondal M, Weiss K, Ehninger D, Nguyen THD, Poepsel SP, Riemer J

EMDB-61005:
Tetragon ring reconstruction of the BAX ring
Method: single particle / : Zhang Y, Tian L, Ge X, Huang G, Shi Y

EMDB-61007:
Pentagon reconstruction of the BAX ring
Method: single particle / : Zhang Y, Tian L, Ge X, Huang G, Shi Y

EMDB-61010:
Hexagon reconstruction of the BAX ring
Method: single particle / : Zhang Y, Tian L, Ge X, Huang G, Shi Y

EMDB-61017:
Heptagonal reconstruction of the BAX ring
Method: single particle / : Zhang Y, Tian L, Ge X, Huang G, Shi Y

EMDB-61020:
tetragon vertex reconstruction of the BAX ring
Method: single particle / : Zhang Y, Tian L, Ge X, Huang G, Shi Y

EMDB-61021:
Pentagon vertex reconstruction of the BAX ring
Method: single particle / : Zhang Y, Tian L, Ge X, Huang G, Shi Y

EMDB-61022:
Hexagon vertex reconstruction of the BAX ring
Method: single particle / : Zhang Y, Tian L, Ge X, Huang G, Shi Y

EMDB-61023:
Heptagon vertex reconstruction of the BAX ring
Method: single particle / : Zhang Y, Tian L, Ge X, Huang G, Shi Y

EMDB-49124:
Consensus reconstruction of the Dp71L-PP1A-eIF2alpha holophosphatase stabilized by G-actin/DNAseI
Method: single particle / : Reineke LC, Dalwadi U, Croll T, Arthur C, Lee DJ, Frost A, Costa-Mattioli M

EMDB-49162:
Focused refinement of G-actin within the Dp71L-PP1A-eIF2alpha-DNAseI-G-actin complex
Method: single particle / : Dalwadi U, Reineke LC, Lee DJ, Arthur C, Croll T, Frost A, Costa-Mattioli M

EMDB-49163:
Focused refinement of the Dp71L-eIF2alpha-PP1A subcomplex within the holo-phosphatase complex.
Method: single particle / : Dalwadi U, Reineke LC, Lee DJ, Arthur C, Croll T, Frost A, Costa-Mattioli M

EMDB-49164:
Focused refinement of DNAseI within the Dp71L-eIF2alpha-PP1A-Gactin-DNAseI holo-phosphatase complex.
Method: single particle / : Dalwadi U, Reineke LC, Lee DJ, Arthur C, Croll T, Frost A, Costa-Mattioli M

EMDB-49223:
Viral protein DP71L in complex with phosphorylated eIF2alpha (NTD) and protein phosphatase 1A (D64A), stabilized by G-actin/DNAseI
Method: single particle / : Reineke LC, Dalwadi U, Croll T, Arthur C, Lee DJ, Frost A, Costa-Mattioli M

PDB-9nb9:
Viral protein DP71L in complex with phosphorylated eIF2alpha (NTD) and protein phosphatase 1A (D64A), stabilized by G-actin/DNAseI
Method: single particle / : Reineke LC, Dalwadi U, Croll T, Arthur C, Lee DJ, Frost A, Costa-Mattioli M

EMDB-61370:
Cryo-EM structure of the proton-sensing GPCR (GPR4)-Gs protein complex at pH 6.5
Method: single particle / : You C, Xu HE, Jiang Y

EMDB-61371:
Cryo-EM structure of the proton-sensing GPCR (GPR4)-Gq protein complex at pH 7.4
Method: single particle / : Xu HE, You C, Jiang Y

EMDB-61372:
Cryo-EM structure of the proton-sensing GPCR (GPR4)-Gs protein complex at pH 7.4
Method: single particle / : You C, Xu HE, Jiang Y

PDB-9jco:
Cryo-EM structure of the proton-sensing GPCR (GPR4)-Gs protein complex at pH 6.5
Method: single particle / : You C, Xu HE, Jiang Y

PDB-9jcp:
Cryo-EM structure of the proton-sensing GPCR (GPR4)-Gq protein complex at pH 7.4
Method: single particle / : Xu HE, You C, Jiang Y

PDB-9jcq:
Cryo-EM structure of the proton-sensing GPCR (GPR4)-Gs protein complex at pH 7.4
Method: single particle / : You C, Xu HE, Jiang Y

EMDB-63646:
I-shaped amyloid fiber (40) of Tottori (D7N) mutant
Method: helical / : Burton-Smith RN, Murata K

EMDB-63647:
V-shaped amyloid fiber (40) of Tottori (D7N) mutant (type 1)
Method: helical / : Burton-Smith RN, Murata K

EMDB-63648:
V'-shaped short pitch amyloid fiber (40) of Tottori (D7N) mutant
Method: helical / : Burton-Smith RN, Murata K

EMDB-64274:
V-shaped amyloid fiber (40) of Tottori (D7N) mutant (type 2)
Method: helical / : Burton-Smith RN, Murata K

PDB-9m5p:
I-type amyloid fibril (40) of Tottori (D7N) mutant
Method: helical / : Burton-Smith RN, Murata K

PDB-9m5q:
V-type (V1-type) amyloid fibril (40) of Tottori (D7N) mutant
Method: helical / : Burton-Smith RN, Murata K

PDB-9m5r:
ES-type (short pitch) amyloid fibril (40) of Tottori (D7N) mutant
Method: helical / : Burton-Smith RN, Murata K

PDB-9umh:
V-type (V2-type) amyloid fibril (40) of Tottori (D7N) mutant
Method: helical / : Burton-Smith RN, Murata K

EMDB-49728:
TMPRSS6 in complex with REGN7999 Fab and REGN8023 Fab
Method: single particle / : Saotome K, Franklin MC

PDB-9nrc:
TMPRSS6 in complex with REGN7999 Fab and REGN8023 Fab
Method: single particle / : Saotome K, Franklin MC

EMDB-43738:
Cryo-EM structure of human tankyrase 2 SAM-PARP filament bound to compound, TDI-2804 (consensus map).
Method: single particle / : Malone BF, Zimmerman JL, Dow LE, Hite RK

EMDB-43739:
Cryo-EM structure of human tankyrase 2 SAM-PARP filament bound to compound, TDI-2804 (focused refinement map).
Method: helical / : Malone BF, Zimmerman JL, Dow LE, Hite RK

EMDB-43740:
Cryo-EM structure of human tankyrase 2 SAM-PARP filament bound to compound, XAV (consensus map).
Method: helical / : Malone BF, Zimmerman JL, Dow LE, Hite RK

EMDB-43741:
Cryo-EM structure of human tankyrase 2 SAM-PARP filament bound to compound, XAV (focused refinement map).
Method: helical / : Malone BF, Zimmerman JL, Dow LE, Hite RK

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