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Showing 1 - 50 of 5,459 items for (author: sun & t)

EMDB-82114:
Alpha-7 nicotinic acetylcholine receptor bound to inhibitory bicyclic peptide KP1877 in a resting state
Method: single particle / : Chen H, Sun D, Tian C

PDB-43sn:
Alpha-7 nicotinic acetylcholine receptor bound to inhibitory bicyclic peptide KP1877 in a resting state
Method: single particle / : Chen H, Sun D, Tian C

EMDB-80301:
Cryo-EM structure of TasH-tigRNA-MM1 dsDNA complex
Method: single particle / : Zhang H, Liu Z

EMDB-80302:
Cryo-EM structure of TasH-tigRNA-MM5 dsDNA complex
Method: single particle / : Zhang H, Liu Z

PDB-25qk:
Cryo-EM structure of TasH-tigRNA-MM1 dsDNA complex
Method: single particle / : Zhang H, Liu Z

PDB-25ql:
Cryo-EM structure of TasH-tigRNA-MM5 dsDNA complex
Method: single particle / : Zhang H, Liu Z

PDB-30gf:
Structural characterisation of chromatin remodelling intermediates supports linker DNA dependent product inhibition as a mechanism for nucleosome spacing.
Method: single particle / : Sundaramoorthy R, Hughes A, Owen-hughes TA

EMDB-72097:
Structure of angiotensin II type 1 receptor bound to a b-arrestin biased allosteric modulator stabilized by a synthetic nanobody
Method: single particle / : Liu S, Peng X, Pakharukova N, Ahn S, Lefkowitz RJ

EMDB-56657:
CTX/MthK complex
Method: single particle / : Qoraj D, Sprink T, Lange A

EMDB-65978:
Cryo-EM structure of the IS621 recombinase in complex with bridge RNA, left-half DNA, and right-half DNA in the pre-strand exchange state
Method: single particle / : Hiraizumi M, Tsujimoto E, Shiojiri N, Nagahata N, Yamashita K, Nishimasu H

EMDB-65979:
Cryo-EM structure of the IS621 recombinase in complex with bridge RNA, left-half DNA, and right-half DNA in the post-strand exchange state
Method: single particle / : Hiraizumi M, Tsujimoto E, Shiojiri N, Nagahata N, Yamashita K, Nishimasu H

PDB-9whx:
Cryo-EM structure of the IS621 recombinase in complex with bridge RNA, left-half DNA, and right-half DNA in the pre-strand exchange state
Method: single particle / : Hiraizumi M, Tsujimoto E, Shiojiri N, Nagahata N, Yamashita K, Nishimasu H

PDB-9why:
Cryo-EM structure of the IS621 recombinase in complex with bridge RNA, left-half DNA, and right-half DNA in the post-strand exchange state
Method: single particle / : Hiraizumi M, Tsujimoto E, Shiojiri N, Nagahata N, Yamashita K, Nishimasu H

EMDB-73059:
Cryo-EM structure of double-loaded human UBA6-UBE2Z-FAT10(t)/FAT10(a) thioester mimetic complex.
Method: single particle / : Jia L, Ruben EA, Nayak D, Bury PS, Nayak A, Wasmuth EV, Olsen SK

EMDB-73060:
Cryo-EM structure of double-loaded human UBA6-UBE2Z-Ub(t)/Ub(a) thioester mimetic complex.
Method: single particle / : Jia L, Ruben EA, Bury PS, Nayak D, Wasmuth EV, Olsen SK

EMDB-73079:
Cryo-EM structure of single-loaded human UBA6-UBE2Z/FAT10(a) adenylate complex.
Method: single particle / : Jia L, Ruben EA, Nayak D, Bury PS, Nayak A, Wasmuth EV, Olsen SK

EMDB-73081:
Cryo-EM structure of single-loaded human UBA6-UBE2Z/Ub(a) adenylate complex.
Method: single particle / : Jia L, Ruben EA, Bury PS, Nayak D, Wasmuth EV, Olsen SK

PDB-9ykv:
Cryo-EM structure of double-loaded human UBA6-UBE2Z-FAT10(t)/FAT10(a) thioester mimetic complex.
Method: single particle / : Jia L, Ruben EA, Nayak D, Bury PS, Nayak A, Wasmuth EV, Olsen SK

PDB-9ykw:
Cryo-EM structure of double-loaded human UBA6-UBE2Z-Ub(t)/Ub(a) thioester mimetic complex.
Method: single particle / : Jia L, Ruben EA, Bury PS, Nayak D, Wasmuth EV, Olsen SK

PDB-9ylb:
Cryo-EM structure of single-loaded human UBA6-UBE2Z/FAT10(a) adenylate complex.
Method: single particle / : Jia L, Ruben EA, Nayak D, Bury PS, Nayak A, Wasmuth EV, Olsen SK

PDB-9ylf:
Cryo-EM structure of single-loaded human UBA6-UBE2Z/Ub(a) adenylate complex.
Method: single particle / : Jia L, Ruben EA, Bury PS, Nayak D, Wasmuth EV, Olsen SK

EMDB-77477:
apo-bmCCAN consensus refinement
Method: single particle / : Yatskevich S, Ciferri C

EMDB-66504:
Phage T4 neck in post-tail-contraction state (genome-full particle)
Method: single particle / : Shao Q, Dong J, Wang A, Hu H, Yue J, Li H, Li Y, Zhang Q, Liu J, Sun L, Fokine A, Rao VB, Tao P, Fang Q

EMDB-66505:
Phage T4 sheath in post-tail-contraction state (genome-full particle)
Method: single particle / : Shao Q, Dong J, Wang A, Hu H, Yue J, Li H, Li Y, Zhang Q, Liu J, Sun L, Fokine A, Rao VB, Tao P, Fang Q

EMDB-66506:
Phage T4 inner baseplate in post-tail-contraction state (genome-full particle)
Method: single particle / : Shao Q, Dong J, Wang A, Hu H, Yue J, Li H, Li Y, Zhang Q, Liu J, Sun L, Fokine A, Rao VB, Tao P, Fang Q

EMDB-66507:
Phage T4 peripheral baseplate in post-tail-contraction state (genome-full particle)
Method: single particle / : Shao Q, Dong J, Wang A, Hu H, Yue J, Li H, Li Y, Zhang Q, Liu J, Sun L, Fokine A, Rao VB, Tao P, Fang Q

EMDB-66508:
Phage T4 tip of the tail tube in post-tail-contraction state (genome-empty particle)
Method: single particle / : Shao Q, Dong J, Wang A, Hu H, Yue J, Li H, Li Y, Zhang Q, Liu J, Sun L, Fokine A, Rao VB, Tao P, Fang Q

EMDB-66675:
Phage T4 protruding part of the tail tube in post-tail-contraction state (genome-full particle)
Method: single particle / : Shao Q, Dong J, Wang A, Hu H, Yue J, Li H, Li Y, Zhang Q, Liu J, Sun L, Fokine A, Rao VB, Tao P, Fang Q

PDB-9x3o:
Phage T4 neck in post-tail-contraction state (genome-full particle)
Method: single particle / : Shao Q, Dong J, Wang A, Hu H, Yue J, Li H, Li Y, Zhang Q, Liu J, Sun L, Fokine A, Rao VB, Tao P, Fang Q

PDB-9x3p:
Phage T4 sheath in post-tail-contraction state (genome-full particle)
Method: single particle / : Shao Q, Dong J, Wang A, Hu H, Yue J, Li H, Li Y, Zhang Q, Liu J, Sun L, Fokine A, Rao VB, Tao P, Fang Q

PDB-9x3q:
Phage T4 inner baseplate in post-tail-contraction state (genome-full particle)
Method: single particle / : Shao Q, Dong J, Wang A, Hu H, Yue J, Li H, Li Y, Zhang Q, Liu J, Sun L, Fokine A, Rao VB, Tao P, Fang Q

PDB-9x3r:
Phage T4 peripheral baseplate in post-tail-contraction state (genome-full particle)
Method: single particle / : Shao Q, Dong J, Wang A, Hu H, Yue J, Li H, Li Y, Zhang Q, Liu J, Sun L, Fokine A, Rao VB, Tao P, Fang Q

PDB-9x3s:
Phage T4 tip of the tail tube in post-tail-contraction state (genome-empty particle)
Method: single particle / : Shao Q, Dong J, Wang A, Hu H, Yue J, Li H, Li Y, Zhang Q, Liu J, Sun L, Fokine A, Rao VB, Tao P, Fang Q

PDB-9xa3:
Phage T4 protruding part of the tail tube in post-tail-contraction state (genome-full particle)
Method: single particle / : Shao Q, Dong J, Wang A, Hu H, Yue J, Li H, Li Y, Zhang Q, Liu J, Sun L, Fokine A, Rao VB, Tao P, Fang Q

EMDB-65411:
Human cytosolic ribosome isolated from 1mM neomycin treated cells, class non rotated state with P/P-site and E/E-site tRNAs
Method: single particle / : Zhu L, Jia C, Wu M, Li W

EMDB-65412:
Human cytosolic ribosome in complex with neomycin, class partially rotated state with E/E-site tRNAs, SERBP1 and eEF2
Method: single particle / : Zhu L, Jia C, Wu M, Li W

EMDB-65413:
Human cytosolic ribosome isolated from 1mM neomycin treated cells, class partially rotated state with E/E-site tRNAs, eEF2 and SERBP1
Method: single particle / : Zhu L, Jia C, Wu M, Li W

EMDB-65414:
Human cytosolic ribosome isolated from 1mM neomycin treated cells, class rotated state with A/A-site and P/E-site tRNAs
Method: single particle / : Zhu L, Jia C, Wu M, Li W

EMDB-65415:
Human cytosolic ribosome isolated from 1mM neomycin treated cells, class rotated state with A/P-site and P/E-site tRNAs
Method: single particle / : Zhu L, Jia C, Wu M, Li W

EMDB-65416:
Human cytosolic ribosome isolated from 3mM neomycin treated cells, class non rotated state with P/P-site and E/E-site tRNAs
Method: single particle / : Zhu L, Jia C, Wu M, Li W

EMDB-65417:
Human cytosolic ribosome isolated from 3mM antibiotic neomycin treated cells, class partially rotated state with E/E-site tRNAs, eEF2 and SERBP1
Method: single particle / : Zhu L, Jia C, Wu M, Li W

EMDB-65418:
Human cytosolic ribosome isolated from 3mM neomycin treated cells, class rotated state with A/P-site and P/E-site tRNAs
Method: single particle / : Zhu L, Jia C, Wu M, Li W

EMDB-65419:
Human cytosolic ribosome in complex with neomycin, class non rotated state with P/P-site and E/E-site tRNAs
Method: single particle / : Zhu L, Jia C, Wu M, Li W

EMDB-65420:
Large subunit of human mitoribosome isolated from 1mM neomycin treated cells
Method: single particle / : Zhu L, Jia C, Wu M, Li W

EMDB-65421:
Human mitoribosome isolated from 1mM neomycin treated cells, class non rotated state with P/P-site and E/E-site tRNAs
Method: single particle / : Zhu L, Jia C, Wu M, Li W

EMDB-65422:
Human mitoribosome isolated from 1mM neomycin treated cells, class non rotated state with A/A-site, P/P-site and E/E-site tRNAs
Method: single particle / : Zhu L, Jia C, Wu M, Li W

EMDB-65423:
Human mitoribosome isolated from 1mM neomycin treated cells, class partially rotated state with A/A-site and P/P-site tRNAs
Method: single particle / : Zhu L, Jia C, Wu M, Li W

EMDB-65424:
Human mitoribosome isolated from 1mM neomycin treated cells, class partially rotated state with A/P-site and P/E-site tRNAs
Method: single particle / : Zhu L, Jia C, Wu M, Li W

EMDB-65425:
Human mitoribosome isolated from 1mM neomycin treated cells, class rotated state with P/E-site tRNAs
Method: single particle / : Zhu L, Jia C, Wu M, Li W

EMDB-65426:
Human mitoribosome in complex with neomycin, class non rotated state with A/A-site, P/P-site and E/E-site tRNAs
Method: single particle / : Zhu L, Jia C, Wu M, Li W

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Feb 9, 2022. New format data for meta-information of EMDB entries

New format data for meta-information of EMDB entries

  • Version 3 of the EMDB header file is now the official format.
  • The previous official version 1.9 will be removed from the archive.

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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

  • The Nobel Prize in Physiology or Medicine 2021 was awarded jointly to David Julius and Ardem Patapoutian "for their discoveries of receptors for temperature and touch."
  • EM Navigator can help to find cryo-EM structure data by both pioneers.

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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