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Showing 1 - 50 of 122 items for (author: risi & c)

EMDB-42681:
The structure of the native cardiac thin filament troponin core in Ca2+-free state from the upper strand
Method: single particle / : Galkin VE, Risi CM

EMDB-42682:
The structure of the native cardiac thin filament troponin core in Ca2+-free tilted state from the upper strand
Method: single particle / : Galkin VE, Risi CM

EMDB-42683:
The structure of the native cardiac thin filament troponin core in Ca2+-free rotated state from the upper strand
Method: single particle / : Galkin VE, Risi CM

EMDB-42800:
The structure of the native cardiac thin filament troponin core in Ca2+-free state from the lower strand
Method: single particle / : Galkin VE, Risi CM

EMDB-42833:
The structure of the native cardiac thin filament troponin core in Ca2+-free rotated state from the lower strand
Method: single particle / : Galkin VE, Risi CM

EMDB-42835:
The structure of the native cardiac thin filament troponin core in Ca2+-free tilted state from the lower strand
Method: single particle / : Galkin VE, Risi CM

EMDB-42846:
The structure of the native cardiac thin filament troponin core in Ca2+-bound fully activated state from the upper strand
Method: single particle / : Galkin VE, Risi CM

EMDB-42847:
The structure of the native cardiac thin filament troponin core in Ca2+-bound partially activated state from the upper strand
Method: single particle / : Galkin VE, Risi CM

EMDB-42849:
The structure of the native cardiac thin filament troponin core in Ca2+-bound fully activated state 1 from the lower strand
Method: single particle / : Galkin VE, Risi CM

EMDB-42856:
The structure of the native cardiac thin filament troponin core in Ca2+-bound fully activated state 2 from the lower strand
Method: single particle / : Galkin VE, Risi CM

EMDB-42858:
The structure of the native cardiac thin filament troponin core in Ca2+-bound partially activated state from the lower strand
Method: single particle / : Galkin VE, Risi CM

EMDB-42874:
The structure of the native cardiac thin filament troponin core in Ca2+-free state from the upper strand activated by the C1-domain of cardiac myosin binding protein C
Method: single particle / : Galkin VE, Risi CM

PDB-8uww:
The structure of the native cardiac thin filament troponin core in Ca2+-free state from the upper strand
Method: single particle / : Galkin VE, Risi CM

PDB-8uwx:
The structure of the native cardiac thin filament troponin core in Ca2+-free tilted state from the upper strand
Method: single particle / : Galkin VE, Risi CM

PDB-8uwy:
The structure of the native cardiac thin filament troponin core in Ca2+-free rotated state from the upper strand
Method: single particle / : Galkin VE, Risi CM

PDB-8uyd:
The structure of the native cardiac thin filament troponin core in Ca2+-free state from the lower strand
Method: single particle / : Galkin VE, Risi CM

PDB-8uz5:
The structure of the native cardiac thin filament troponin core in Ca2+-free rotated state from the lower strand
Method: single particle / : Galkin VE, Risi CM

PDB-8uz6:
The structure of the native cardiac thin filament troponin core in Ca2+-free tilted state from the lower strand
Method: single particle / : Galkin VE, Risi CM

PDB-8uzx:
The structure of the native cardiac thin filament troponin core in Ca2+-bound fully activated state from the upper strand
Method: single particle / : Galkin VE, Risi CM

PDB-8uzy:
The structure of the native cardiac thin filament troponin core in Ca2+-bound partially activated state from the upper strand
Method: single particle / : Galkin VE, Risi CM

PDB-8v01:
The structure of the native cardiac thin filament troponin core in Ca2+-bound fully activated state 1 from the lower strand
Method: single particle / : Galkin VE, Risi CM

PDB-8v0i:
The structure of the native cardiac thin filament troponin core in Ca2+-bound fully activated state 2 from the lower strand
Method: single particle / : Galkin VE, Risi CM

PDB-8v0k:
The structure of the native cardiac thin filament troponin core in Ca2+-bound partially activated state from the lower strand
Method: single particle / : Galkin VE, Risi CM

PDB-8v0y:
The structure of the native cardiac thin filament troponin core in Ca2+-free state from the upper strand activated by the C1-domain of cardiac myosin binding protein C
Method: single particle / : Galkin VE, Risi CM

EMDB-17265:
ATM(Q2971A) activated by oxidative stress in complex with Mg AMP-PNP and p53 peptide
Method: single particle / : Howes AC, Perisic O, Williams RL

EMDB-17266:
ATM(Q2971A) dimeric C-terminal region activated by oxidative stress in complex with Mg AMP-PNP and p53 peptide
Method: single particle / : Howes AC, Perisic O, Williams RL

EMDB-17267:
ATM(Q2971A) in complex with Mg AMP-PNP
Method: single particle / : Howes AC, Perisic O, Williams RL

EMDB-17268:
ATM(Q2971A) dimeric C-terminal region in complex with Mg AMP-PNP
Method: single particle / : Howes AC, Perisic O, Williams RL

PDB-8oxm:
ATM(Q2971A) activated by oxidative stress in complex with Mg AMP-PNP and p53 peptide
Method: single particle / : Howes AC, Perisic O, Williams RL

PDB-8oxo:
ATM(Q2971A) dimeric C-terminal region activated by oxidative stress in complex with Mg AMP-PNP and p53 peptide
Method: single particle / : Howes AC, Perisic O, Williams RL

PDB-8oxp:
ATM(Q2971A) in complex with Mg AMP-PNP
Method: single particle / : Howes AC, Perisic O, Williams RL

PDB-8oxq:
ATM(Q2971A) dimeric C-terminal region in complex with Mg AMP-PNP
Method: single particle / : Howes AC, Perisic O, Williams RL

EMDB-28858:
Top-down design of protein architectures with reinforcement learning
Method: single particle / : Borst AJ, Baker D

EMDB-28859:
Top-down design of protein architectures with reinforcement learning
Method: single particle / : Borst AJ, Baker D

EMDB-28860:
Top-down design of protein architectures with reinforcement learning
Method: single particle / : Borst AJ, Baker D

PDB-8f4x:
Top-down design of protein architectures with reinforcement learning
Method: single particle / : Borst AJ, Baker D

PDB-8f53:
Top-down design of protein architectures with reinforcement learning
Method: single particle / : Borst AJ, Baker D

PDB-8f54:
Top-down design of protein architectures with reinforcement learning
Method: single particle / : Borst AJ, Baker D

EMDB-27331:
The structure of the native cardiac thin filament junction region
Method: single particle / : Galkin VE, Risi CM

PDB-8dd0:
The structure of the native cardiac thin filament junction region
Method: single particle / : Galkin VE, Risi CM

EMDB-25911:
Cardiac F-actin decorated with regulatory M-domain of cardiac myosin binding protein C
Method: helical / : Risi CM, Galkin VE

EMDB-25914:
Cardiac thin filament decorated with regulatory M-domain of cardiac myosin binding protein C
Method: helical / : Risi CM, Galkin VE

EMDB-25918:
Cardiac thin filament decorated with C1 Ig-domain and regulatory M-domain of cardiac myosin binding protein C (cMyBP-C)
Method: helical / : Risi CM, Galkin VE

PDB-7tij:
Cardiac F-actin decorated with regulatory M-domain of cardiac myosin binding protein C
Method: helical / : Risi CM, Galkin VE

PDB-7tit:
Cardiac thin filament decorated with regulatory M-domain of cardiac myosin binding protein C
Method: helical / : Risi CM, Galkin VE

PDB-7tj7:
Cardiac thin filament decorated with C1 Ig-domain and regulatory M-domain of cardiac myosin binding protein C (cMyBP-C)
Method: helical / : Risi CM, Galkin VE

EMDB-27730:
SARS-CoV-2 Wuhan-hu-1-Spike-RBD bound to linker variant of affinity matured ACE2 mimetic CVD432
Method: single particle / : QCRG Structural Biology Consortium, Remesh SG, Merz GE, Brilot AF, Chio U, Verba KA

EMDB-27731:
SARS-CoV-2 Wuhan-hu-1-Spike-RBD bound to computationally engineered ACE2 mimetic CVD293
Method: single particle / : QCRG Structural Biology Consortium, Remesh SG, Merz GE, Brilot AF, Chio U, Verba KA

PDB-8dv1:
SARS-CoV-2 Wuhan-hu-1-Spike-RBD bound to linker variant of affinity matured ACE2 mimetic CVD432
Method: single particle / : QCRG Structural Biology Consortium, Remesh SG, Merz GE, Brilot AF, Chio U, Verba KA

PDB-8dv2:
SARS-CoV-2 Wuhan-hu-1-Spike-RBD bound to computationally engineered ACE2 mimetic CVD293
Method: single particle / : QCRG Structural Biology Consortium, Remesh SG, Merz GE, Brilot AF, Chio U, Verba KA

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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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