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Showing 1 - 50 of 516 items for (author: sang & j)

EMDB-69516:
In-cell map of mitoribosome from T cells of middle-aged patients after restimulation by subtomogram averaging
Method: subtomogram averaging / : Zhang X, Pan B, Su L, San J

EMDB-69519:
Tomogram of mitochondria in T cell from middle-aged patients after restimulation
Method: electron tomography / : Zhang X, Sang J, Su L, Pan B

EMDB-69521:
Tomogram of mitochondria in T cell from older patients after restimulation
Method: electron tomography / : Zhang X, Sang J, Su L, Pan B

EMDB-69523:
In-cell map of mitoribosome from T cells of older patients after restimulation by subtomogram averaging
Method: subtomogram averaging / : Zhang X, Pan B, Su L, Sang J

EMDB-69526:
In-cell map of electron transport chain supercomplex from T cells of middle-aged patients after restimulation by subtomogram averaging
Method: subtomogram averaging / : Zhang X, Pan B, Su L, Sang J

EMDB-69528:
In-cell map of electron transport chain supercomplex from T cells of older patients after restimulation by subtomogram averaging
Method: subtomogram averaging / : Zhang X, Pan B, Su L, Sang J

EMDB-69908:
Cryo-EM structure of TRP melastatin channel in the desensitized state, with icilin (10min)
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-69909:
Cryo-EM structure of TRP melastatin channel with icilin (10min)
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-69929:
Cryo-EM structure of TRP melastatin channel in the putative intermediate 3, without CHS
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-69930:
Cryo-EM structure of TRP melastatin channel in the putative desensitized state, without CHS
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-69932:
Cryo-EM structure of TRP melastatin channel in the putative intermediate 2 state, with EGTA
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-69933:
Cryo-EM structure of TRP melastatin channel in the putative twofold intermediate 1 state, with EGTA
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-69934:
Cryo-EM structure of TRP melastatin channel in the putative desensitized state, with EGTA
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-65204:
Cryo-EM structure of TRP melastatin channel in the intermediate 3 state
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-65205:
Cryo-EM structure of TRP melastatin channel in the desensitized state, with CHS
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-65206:
Cryo-EM structure of TRP melastatin channel in the desensitized state, without CHS
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-65207:
Cryo-EM structure of TRP melastatin channel in the desensitized state, with icilin
Method: single particle / : Kim SH, Park H, Lee HH

PDB-9vn9:
Cryo-EM structure of TRP melastatin channel in the intermediate 3 state
Method: single particle / : Kim SH, Park H, Lee HH

PDB-9vna:
Cryo-EM structure of TRP melastatin channel in the desensitized state, with CHS
Method: single particle / : Kim SH, Park H, Lee HH

PDB-9vnb:
Cryo-EM structure of TRP melastatin channel in the desensitized state, without CHS
Method: single particle / : Kim SH, Park H, Lee HH

PDB-9vnc:
Cryo-EM structure of TRP melastatin channel in the desensitized state, with icilin
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-65116:
Cryo-EM structure of TRP melastatin channel in the closed state
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-65117:
Cryo-EM structure of TRP melastatin channel in the intermediate 1 state
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-65118:
Cryo-EM structure of TRP melastatin channel in the intermediate 2 state
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-65119:
Cryo-EM structure of TRP melastatin channel with menthol
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-65120:
Cryo-EM structure of TRP melastatin channel with icilin
Method: single particle / : Kim SH, Park H, Lee HH

PDB-9vjn:
Cryo-EM structure of TRP melastatin channel in the closed state
Method: single particle / : Kim SH, Park H, Lee HH

PDB-9vjo:
Cryo-EM structure of TRP melastatin channel in the intermediate 1 state
Method: single particle / : Kim SH, Park H, Lee HH

PDB-9vjp:
Cryo-EM structure of TRP melastatin channel in the intermediate 2 state
Method: single particle / : Kim SH, Park H, Lee HH

PDB-9vjq:
Cryo-EM structure of TRP melastatin channel with menthol
Method: single particle / : Kim SH, Park H, Lee HH

PDB-9vjr:
Cryo-EM structure of TRP melastatin channel with icilin
Method: single particle / : Kim SH, Park H, Lee HH

EMDB-70787:
Designed one-component T=3 quasisymmetric protein nanocage
Method: single particle / : Lee S, Chmielewski D, Wang S, Kibler R, Park YJ, Veesler D, Baker D

EMDB-70792:
Designed one-component T=3 quasisymmetric protein nanocage pentamer sub-particle region
Method: single particle / : Lee S, Chmielewski D, Wang S, Kibler R, Park YJ, Veesler D, Baker D

EMDB-70797:
Designed one-component T=13 quasisymmetric protein nanocage pentamer sub-particle region
Method: subtomogram averaging / : Lee S, Chmielewski D, Wang S, Kibler R, Park YJ, Veesler D, Baker D

EMDB-70798:
Designed one-component T=13 quasisymmetric protein nanocage hexamer sub-particle region
Method: subtomogram averaging / : Lee S, Chmielewski D, Wang S, Kibler R, Park YJ, Veesler D, Baker D

EMDB-73971:
HMG-CoA synthase 1 (HMGCS1) bound to inhibitor compound CNP7
Method: single particle / : An H, Sun L, de la Cruz MJ, Sen S

PDB-9zaw:
HMG-CoA synthase 1 (HMGCS1) bound to inhibitor compound CNP7
Method: single particle / : An H, Sun L, de la Cruz MJ, Sen S

EMDB-70605:
Two Component Protein Nano-Particle (T=3). De Novo Design, Computationally Relaxed into Low Resolution Single Particle CryoEM Map with Icosahedral Symmetry Applied
Method: single particle / : DiMaio F, Weidle C

EMDB-70685:
Two Component Protein Nano-Particle (T=3). De Novo Design, Computationally Relaxed into Low Resolution Subtomogram Averaged CryoEM Map with Icosahedral Symmetry Applied
Method: subtomogram averaging / : DiMaio F, Chmielewski D, Weidle C

PDB-9om3:
Two Component Protein Nano-Particle (T=3). De Novo Design, Computationally Relaxed into Low Resolution Single Particle CryoEM Map with Icosahedral Symmetry Applied
Method: single particle / : DiMaio F, Weidle C

PDB-9op9:
Two Component Protein Nano-Particle (T=3). De Novo Design, Computationally Relaxed into Low Resolution Subtomogram Averaged CryoEM Map with Icosahedral Symmetry Applied
Method: subtomogram averaging / : DiMaio F, Chmielewski D, Weidle C

EMDB-72377:
Staphylococcal Enterotoxin C in complex with NB C107 and NB C112
Method: single particle / : Hang W, Kim J, Taylor DJ, Shi Y

PDB-9xzx:
Staphylococcal Enterotoxin C in complex with NB C107 and NB C112
Method: single particle / : Hang W, Kim J, Taylor DJ, Shi Y

EMDB-64402:
Cryo-EM strucutre of CXCR4 complexed with agonist SDV1a
Method: single particle / : Jiao HZ, Sang XH, Huang ZW, Hu HL

EMDB-64403:
Cryo-EM structure of CXCR4 complexed with agonist SDVX1
Method: single particle / : Jiao HZ, Sang XH, Huang ZW, Hu HL

PDB-9upu:
Cryo-EM strucutre of CXCR4 complexed with agonist SDV1a
Method: single particle / : Jiao HZ, Sang XH, Huang ZW, Hu HL

PDB-9upv:
Cryo-EM structure of CXCR4 complexed with agonist SDVX1
Method: single particle / : Jiao HZ, Sang XH, Huang ZW, Hu HL

EMDB-72281:
Human Serum Albumin in complex with four nanobodies: N33, nb139 & nb104
Method: single particle / : Hang W, Sang Z, Xiang YF, Taylor DJ, Shi Y

PDB-9q6y:
Human Serum Albumin in complex with four nanobodies: N33, nb139 & nb104
Method: single particle / : Hang W, Sang Z, Xiang YF, Taylor DJ, Shi Y

EMDB-72279:
Human Serum Albumin in complex with four nanobodies: nb118, nb68, N30 & N23
Method: single particle / : Hang W, Sang Z, Xiang YF, Taylor DJ, Shi Y

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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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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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