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Showing 1 - 50 of 1,454 items for (author: tang & c)

EMDB-80447:
Cryo-EM structure of the Crimean-Congo hemorrhagic fever virus L protein (apo form)
Method: single particle / : Jia H, Liu S, Gong P

EMDB-80448:
Cryo-EM structure of the Crimean-Congo hemorrhagic fever virus L protein (5'-cRNA-bound form)
Method: single particle / : Jia H, Liu S, Gong P

EMDB-80449:
Cryo-EM structure of the Crimean-Congo hemorrhagic fever virus full-length L protein RdRP elongation complex (EC14 form)
Method: single particle / : Jia H, Tang B, Gong P

EMDB-80450:
Cryo-EM structure of the Crimean-Congo hemorrhagic fever virus full-length L protein RdRP elongation complex (EC14b form)
Method: single particle / : Jia H, Tang B, Gong P

EMDB-65593:
Cryo-EM structure of vanadate-trapped LolDF in Acinetobacter baumannii
Method: single particle / : Zhang S, Li Y, Liao M

PDB-9w37:
Cryo-EM structure of vanadate-trapped LolDF in Acinetobacter baumannii
Method: single particle / : Zhang S, Li Y, Liao M

EMDB-65376:
The structure of ITN bound OXGR1
Method: single particle / : Su Q, Liang EY, Ma TS, Chen ZY, Tang XF

PDB-9vv6:
The structure of ITN bound OXGR1
Method: single particle / : Su Q, Liang EY, Ma TS, Chen ZY, Tang XF

EMDB-65370:
The structure of akg bound OXGR1
Method: single particle / : Su Q, Liang EY, Ma TS, Chen ZY, Tang XF

PDB-9vus:
The structure of akg bound OXGR1
Method: single particle / : Su Q, Liang EY, Ma TS, Chen ZY, Tang XF

EMDB-66345:
cryo-electron microscopy structure of Dandelion
Method: single particle / : Yu Y, Chen Q, Tang Y

PDB-9wxf:
cryo-electron microscopy structure of Dandelion
Method: single particle / : Yu Y, Chen Q, Tang Y

EMDB-65582:
Cryo-EM structure of two abaucin-bound LolDF in Acinetobacter baumannii
Method: single particle / : Zhang S, Li Y, Liao M

EMDB-65591:
Cryo-EM structure of four abaucin-bound LolDF in Acinetobacter baumannii
Method: single particle / : Zhang S, Li Y, Liao M

EMDB-65592:
Cryo-EM structure of nucleotide-free LolDF in Acinetobacter baumannii
Method: single particle / : Zhang S, Li Y, Liao M

PDB-9w2w:
Cryo-EM structure of two abaucin-bound LolDF in Acinetobacter baumannii
Method: single particle / : Zhang S, Li Y, Liao M

PDB-9w35:
Cryo-EM structure of four abaucin-bound LolDF in Acinetobacter baumannii
Method: single particle / : Zhang S, Li Y, Liao M

PDB-9w36:
Cryo-EM structure of nucleotide-free LolDF in Acinetobacter baumannii
Method: single particle / : Zhang S, Li Y, Liao M

EMDB-68775:
OXGR1-AKG map of ligand optimization
Method: single particle / : Su Q, Chen ZY, Liang EY, Tang XF, Ma TS

EMDB-65377:
The Non-uniform refinement map(no sharp) of ITN bound OXGR1
Method: single particle / : Su Q, Chen ZY, Liang EY, Tang XF, Ma TS

EMDB-65375:
The Non-uniform refinement map(no sharp) of akg bound OXGR1
Method: single particle / : Su Q, Liang EY, Ma TS, Chen ZY, Tang XF

EMDB-73048:
Human type 2 IP3 receptor apo state consensus map
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73049:
Human type 2 IP3 receptor apo state ligand binding domain (LBD) local refinement
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73050:
Human type 2 IP3 receptor apo state central linker domain (CLD) local refinement
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73051:
Human type 2 IP3 receptor apo state ARM2 domain local refinement
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73052:
Human type 2 IP3 receptor apo state ARM3-JD domain local refinement
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73053:
Human type 2 IP3 receptor apo state transmembrane domain (TMD) local refinement
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73054:
Human type 2 IP3 receptor in apo state
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73061:
IP3/ATP bound human type 2 IP3 receptor in the resting state - Consensus map
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73062:
Local refined ligand-binding domain (LBD) of IP3/ATP bound human type 2 IP3 receptor in the resting state
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73063:
Local refined central linker domain (CLD) of IP3/ATP bound human type 2 IP3 receptor in the resting state
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73064:
Local refined ARM2 domain of IP3/ATP bound human type 2 IP3 receptor in the resting state
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73065:
Local refined ARM3-JD domains of IP3/ATP bound human type 2 IP3 receptor in the resting state
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73066:
Local refined transmembrane domain (TMD) of IP3/ATP bound human type 2 IP3 receptor in the resting state
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73067:
IP3/ATP-bound human type 2 IP3 receptor in the resting state
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73082:
IP3/ATP-bound human type 2 IP3 receptor in the preactivated state - Consensus map
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73083:
Local refined ligand-binding domain (LBD) of IP3/ATP-bound human type 2 IP3 receptor in the preactivated state
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73084:
Local refined central linker domain (CLD) of IP3/ATP-bound human type 2 IP3 receptor in the preactivated state
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73085:
Local refined ARM2 domain of IP3/ATP-bound human type 2 IP3 receptor in the preactivated state
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73086:
Local refined ARM3-JD domains of IP3/ATP-bound human type 2 IP3 receptor in the preactivated state
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73087:
Local refined transmembrane domain (TMD) of IP3/ATP-bound human type 2 IP3 receptor in the preactivated state
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73088:
IP3/ATP-bound human type 2 IP3 receptor in the preactivated state
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73111:
Human type 2 IP3 receptor in the inactive-like state (IP3/ATP) Consensus Map
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73112:
Local refined ligand-binding domain (LBD, chain A) of human type 2 IP3 receptor in the inactive-like state (IP3/ATP)
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73113:
Local refined central linker domain (CLD, chain A) of human type 2 IP3 receptor in the inactive-like state (IP3/ATP)
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73114:
Local refined ARM2 (chain A) of human type 2 IP3 receptor in the inactive-like state (IP3/ATP)
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73115:
Local refined ARM3-JD (chain A) of human type 2 IP3 receptor in the inactive-like state (IP3/ATP)
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73116:
Local refined central linker domain (CLD, chain B) of human type 2 IP3 receptor in the inactive-like state (IP3/ATP)
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73117:
Local refined ARM2 (chain B) of human type 2 IP3 receptor in the inactive-like state (IP3/ATP)
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

EMDB-73118:
Local refined ARM3-JD (chain B) of human type 2 IP3 receptor in the inactive-like state (IP3/ATP)
Method: single particle / : Liu C, Lan Y, Tang Q, Karakas E

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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.

Related info.:EMDB header

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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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External links:COVID-19 featured content - PDBj / Molecule of the Month (242)：Coronavirus Proteases

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