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Showing 1 - 50 of 130 items for (author: mondal & s)

EMDB-70143:
Cryo-EM structure of human SWELL1-PSA heterocomplex
Method: single particle / : Hagino T, Twomey EC, Qiu Z

PDB-9o5k:
Cryo-EM structure of human SWELL1-PSA heterocomplex
Method: single particle / : Hagino T, Twomey EC, Qiu Z

EMDB-63070:
Pre-pore state (without transmembrane barrel) of Y194A Vibrio cholerae cytolysin mutant in liposome.
Method: single particle / : Chattopadhyay K, Dutta S, Chatterjee A, Naskar P, Singh M

EMDB-63073:
Pre-pore octameric state of T201A Vibrio cholerae cytolysin mutant in liposome
Method: single particle / : Chattopadhyay K, Dutta S, Chatterjee A, Naskar P, Singh M

EMDB-63083:
Half barrel Pre-pore state of Y194A Vibrio cholerae cytolysin mutant in liposome.
Method: single particle / : Chattopadhyay K, Dutta S, Chatterjee A, Naskar P, Singh M

EMDB-63088:
Pore-like heptameric T201A Vibrio cholerae cytolysin mutant
Method: single particle / : Chatterjee A, Dutta S, Chattopadhyay K, Naskar P, Singh M

PDB-9lh3:
Vibrio cholerae cytolysin cradle loop mutant-Y194A half barrel pre-pore model
Method: single particle / : Chattopadhyay K, Dutta S, Chatterjee A, Naskar P, Singh M

PDB-9lh7:
Pore-like heptameric T201A Vibrio cholerae cytolysin mutant
Method: single particle / : Chatterjee A, Dutta S, Chattopadhyay K, Naskar P, Singh M

EMDB-71559:
Cryo-EM structure of CCR6 bound by PF-07054894 and OXM2
Method: single particle / : Wasilko DJ, Wu H

PDB-9pee:
Cryo-EM structure of CCR6 bound by PF-07054894 and OXM2
Method: single particle / : Wasilko DJ, Wu H

EMDB-49888:
Human delta 2 receptor in the resting state
Method: single particle / : Wang H, Ahmed F, Mondal AK, Twomey EC

EMDB-49889:
Human delta 2 receptor activated by D-serine
Method: single particle / : Wang H, Ahmed F, Kumar Mondal A, Twomey EC

EMDB-49890:
Human delta 2 receptor in the resting state with ATD deleted
Method: single particle / : Wang W, Ahmed F, Kumar Mondal A, Twomey EC

EMDB-70667:
Human delta 2 receptor with R710W Cerebellar Ataxia mutation in the apo closed state
Method: single particle / : Wang H, Ahmed F, Khau J, Mondal AK, Twomey EC

EMDB-70668:
Human delta 2 receptor with R710W Cerebellar Ataxia mutation in the apo leak state
Method: single particle / : Wang H, Ahmed F, Khau J, Mondal AK, Twomey EC

PDB-9nwo:
Human delta 2 receptor in the resting state
Method: single particle / : Wang H, Ahmed F, Mondal AK, Twomey EC

PDB-9nwp:
Human delta 2 receptor activated by D-serine
Method: single particle / : Wang H, Ahmed F, Kumar Mondal A, Twomey EC

PDB-9nwq:
Human delta 2 receptor in the resting state with ATD deleted
Method: single particle / : Wang W, Ahmed F, Kumar Mondal A, Twomey EC

PDB-9ooo:
Human delta 2 receptor with R710W Cerebellar Ataxia mutation in the apo closed state
Method: single particle / : Wang H, Ahmed F, Khau J, Mondal AK, Twomey EC

PDB-9oop:
Human delta 2 receptor with R710W Cerebellar Ataxia mutation in the apo leak state
Method: single particle / : Wang H, Ahmed F, Khau J, Mondal AK, Twomey EC

EMDB-70340:
FH_302_07 Fab in complex with BG505 MD39.3 SOSIP (negative stain)
Method: single particle / : Lee WH, Ozorowski G, Ward AB

EMDB-70341:
FH_302_14 Fab in complex with BG505 MD39.3 SOSIP (negative stain)
Method: single particle / : Lee WH, Ozorowski G, Ward AB

EMDB-70342:
FH_302_23 Fab in complex with BG505 MD39.3 SOSIP (negative stain)
Method: single particle / : Lee WH, Ozorowski G, Ward AB

EMDB-70343:
BG505 MD39.3-CC5 SOSIP in complex with V1V3 epitope polyclonal Fabs isolated from HVTN302 human trial after dose 3 of mRNA-gp151-CD4KO immunization
Method: single particle / : Lee WH, Ozorowski G, Ward AB

EMDB-70344:
BG505 MD39.3-CC5 SOSIP in complex with gp41-base epitope polyclonal Fabs isolated from HVTN302 human trial after dose 3 of mRNA-gp151-CD4KO immunization
Method: single particle / : Lee WH, Ozorowski G, Ward AB

EMDB-70345:
BG505 MD39.3-CC5 SOSIP in complex with C3V5 epitope polyclonal Fabs isolated from HVTN302 human trial after dose 3 of mRNA-gp151-CD4KO immunization
Method: single particle / : Lee WH, Ozorowski G, Ward AB

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-62302:
Cryo-EM Density map of Staphylococcus aureus alpha-hemolysin pore structure derived from 12:0 Phosphatidylcholine (12:0 PC) liposome
Method: single particle / : Chatterjee A, Dutta S, Roy A

EMDB-62303:
Structure of Alpha-hemolysin heptameric pore state derived from Egg-PC/SM liposomes.
Method: single particle / : Chatterjee A, Roy A, Dutta S

EMDB-62304:
Alpha-hemolysin heptameric late pre-pore state derived from 10:0 PC/Sphingomyelin liposomes
Method: single particle / : Chatterjee A, Roy A, Dutta S

EMDB-62305:
Alpha-hemolysin heptameric pre-pore state derived from 10:0 PC liposomes.
Method: single particle / : Chatterjee A, Roy A, Dutta S

EMDB-62307:
Alpha-hemolysin heptameric pore state derived from egg PC/Cholesterol (3:1 molar ratio) liposomes
Method: single particle / : Chatterjee A, Roy A, Dutta S

EMDB-62308:
Map of EggPC/SM derived prepore structure of alpha-hemolysin
Method: single particle / : Chatterjee A, Dutta S, Roy A

EMDB-62309:
12:0 PC liposome derived pre-pore structure of alpha hemolysin
Method: single particle / : Chatterjee A, Dutta S, Roy A

EMDB-62310:
Alpha-hemolysin heptameric pore state derived from 10:0 PC liposomes
Method: single particle / : Chatterjee A, Roy A, Dutta S

PDB-9kg0:
Alpha-hemolysin heptameric late pre-pore state derived from 10:0 PC/Sphingomyelin liposomes
Method: single particle / : Chatterjee A, Roy A, Dutta S

PDB-9kg1:
Alpha-hemolysin heptameric pre-pore state derived from 10:0 PC liposomes.
Method: single particle / : Chatterjee A, Roy A, Dutta S

PDB-9kg3:
Alpha-hemolysin heptameric pore state derived from egg PC/Cholesterol (3:1 molar ratio) liposomes
Method: single particle / : Chatterjee A, Roy A, Dutta S

PDB-9kg6:
Alpha-hemolysin heptameric pore state derived from 10:0 PC liposomes
Method: single particle / : Chatterjee A, Roy A, Dutta S

PDB-9kre:
Alpha-hemolysin heptameric POPC bound pore state derived from egg PC/Cholesterol (3:1 molar ratio) liposomes
Method: single particle / : Chatterjee A, Roy A, Dutta S

PDB-9krf:
Alpha-hemolysin heptameric pore state bound to 10:0 PC lipid chains derived from 10:0 PC liposomes
Method: single particle / : Chatterjee A, Roy A, Dutta S

PDB-9ktm:
Alpha-hemolysin heptameric pre-pore state bound to 10:PC lipid chains derived from 10:0 PC liposomes.
Method: single particle / : Chatterjee A, Roy A, Dutta S

PDB-9kto:
Alpha-hemolysin heptameric late pre-pore state with bound lipids derived from 10:0 PC/Sphingomyelin liposomes
Method: single particle / : Chatterjee A, Roy A, Dutta S

PDB-9ue9:
Heptameric pore structure of Vibrio cholerae Cytolysin (VCC) embedded in lipid bilayer
Method: single particle / : Dutta S, Chatterjee A

EMDB-46656:
Mycobacteriophage Bxb1 tail tip - Consensus C3 map
Method: single particle / : Freeman KG

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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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