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Showing 1 - 50 of 5,012 items for (author: wang & q)
EMDB-36776: 
The Anoxybacillus pushchinoensis ORF-less Group IIC Intron HYER1 at symmetric apo state
Method: single particle / : Zhu HZ, Liu JJG
EMDB-36777:
The Anoxybacillus pushchinoensis ORF-less Group IIC Intron DR1 at symmetric pre-cleavage state
Method: single particle / : Zhu HZ, Liu JJG
EMDB-36778:
The Anoxybacillus pushchinoensis ORF-less Group IIC Intron HYER1 at symmetric post cleavge state
Method: single particle / : Zhu HZ, Liu JJG
EMDB-36786:
The Streptococcus azizii ORF-less Group IIC intron HYER2 at apo state
Method: single particle / : Zhu HZ, Liu JJG
PDB-8k0p:
The Anoxybacillus pushchinoensis ORF-less Group IIC Intron HYER1 at symmetric apo state
Method: single particle / : Zhu HZ, Liu JJG
PDB-8k0q:
The Anoxybacillus pushchinoensis ORF-less Group IIC Intron HYER1 at symmetric pre-cleavage state
Method: single particle / : Zhu HZ, Liu JJG
PDB-8k0r:
The Anoxybacillus pushchinoensis ORF-less Group IIC Intron HYER1 at symmetric post cleavge state
Method: single particle / : Zhu HZ, Liu JJG
PDB-8k15:
The Streptococcus azizii ORF-less Group IIC intron HYER2 at apo state
Method: single particle / : Zhu HZ, Liu JJG
EMDB-39724:
A homotrimeric GPCR architecture of the human cytomegalovirus (UL78) revealed by cryo-EM
Method: single particle / : Chen Y, Li Y, Zhou Q, Cong Z, Lin S, Yan J, Chen X, Yang D, Ying T, Wang MW
PDB-8z1e:
A homotrimeric GPCR architecture of the human cytomegalovirus (UL78) revealed by cryo-EM
Method: single particle / : Chen Y, Li Y, Zhou Q, Cong Z, Lin S, Yan J, Chen X, Yang D, Ying T, Wang MW
EMDB-39916:
SARS-CoV-2 Omicron BA.1 spike trimer (x2-4P) in complex with 3 D1F6 Fabs (0 RBD up)
Method: single particle / : Liu B, Gao X, Li Z, Chen Q, He J, Xiong X
EMDB-39917:
SARS-CoV-2 Omicron BA.2 spike trimer (6P) in complex with 3 D1F6 Fabs (1 RBD up)
Method: single particle / : Liu B, Gao X, Li Z, Chen Q, He J, Xiong X
EMDB-39918:
SARS-CoV-2 Omicron BA.2 spike trimer (6P) in complex with 3 D1F6 Fabs (2 RBD up)
Method: single particle / : Liu B, Gao X, Li Z, Chen Q, He J, Xiong X
EMDB-39919:
SARS-CoV-2 Omicron BA.2 spike trimer (6P) in complex with D1F6 Fab, focused refinement of RBD region
Method: single particle / : Liu B, Gao X, Li Z, Chen Q, He J, Xiong X
EMDB-39921:
SARS-CoV-2 Omicron BA.4 spike trimer (6P) in complex with 3 D1F6 Fabs (1 RBD up)
Method: single particle / : Liu B, Gao X, Li Z, Chen Q, He J, Xiong X
EMDB-39922:
SARS-CoV-2 Omicron BA.4 spike trimer (6P) in complex with 3 D1F6 Fabs (2 RBD up)
Method: single particle / : Liu B, Gao X, Li Z, Chen Q, He J, Xiong X
EMDB-39923:
SARS-CoV-2 Omicron BA.4 spike trimer (6P) in complex with D1F6 Fab, focused refinement of RBD region
Method: single particle / : Liu B, Gao X, Li Z, Chen Q, He J, Xiong X
EMDB-42383:
Cryo-EM map of the human CTF18-RFC-PCNA binary complex in the three-subunit binding state (state 2)
Method: single particle / : Wang F, He Q, Li H
EMDB-42384:
Cryo-EM map of the human CTF18-RFC-PCNA binary complex in the four-subunit binding state (state 3)
Method: single particle / : Wang F, He Q, Li H
EMDB-42385:
Cryo-EM map of the human CTF18-RFC-PCNA-DNA ternary complex with narrow PCNA opening state I (state 5)
Method: single particle / : Wang F, He Q, Li H
EMDB-42386:
Cryo-EM map of the human CTF18-RFC-PCNA-DNA ternary complex in the five-subunit binding state (state 4)
Method: single particle / : Wang F, He Q, Li H
EMDB-42388:
Cryo-EM map of the human CTF18-RFC-PCNA-DNA ternary complex with narrow PCNA opening state II (state 6)
Method: single particle / : Wang F, He Q, Li H
EMDB-42389:
Cryo-EM map of the human CTF18-RFC-PCNA-DNA ternary complex with cracked and closed PCNA (state 7)
Method: single particle / : Wang F, He Q, Li H
EMDB-42406:
Cryo-EM map of the human CTF18-RFC alone in the apo state (State 1)
Method: single particle / : Wang F, He Q, Li H
PDB-8umt:
Atomic model of the human CTF18-RFC-PCNA binary complex in the three-subunit binding state (state 2)
Method: single particle / : Wang F, He Q, Li H
PDB-8umu:
Atomic model of the human CTF18-RFC-PCNA binary complex in the four-subunit binding state (state 3)
Method: single particle / : Wang F, He Q, Li H
PDB-8umv:
Atomic model of the human CTF18-RFC-PCNA-DNA ternary complex with narrow PCNA opening state I (state 5)
Method: single particle / : Wang F, He Q, Li H
PDB-8umw:
Atomic model of the human CTF18-RFC-PCNA-DNA ternary complex in the five-subunit binding state (state 4)
Method: single particle / : Wang F, He Q, Li H
PDB-8umy:
Atomic model of the human CTF18-RFC-PCNA-DNA ternary complex with narrow PCNA opening state II (state 6)
Method: single particle / : Wang F, He Q, Li H
PDB-8un0:
Atomic model of the human CTF18-RFC-PCNA-DNA ternary complex with cracked and closed PCNA (state 7)
Method: single particle / : Wang F, He Q, Li H
PDB-8unj:
Atomic model of the human CTF18-RFC alone in the apo state (State 1)
Method: single particle / : Wang F, He Q, Li H
EMDB-41639:
Langya henipavirus fusion protein in postfusion state
Method: single particle / : Wang Z, Seattle Structural Genomics Center for Infectious Disease (SSGCID), Veesler D
EMDB-41640:
Langya henipavirus fusion protein in prefusion state
Method: single particle / : Wang Z, Veesler D, Seattle Structural Genomics Center for Infectious Disease (SSGCID)
EMDB-41641:
Langya henipavirus postfusion F protein in complex with the 4G5 Fab, local refinement of the viral membrane distal region
Method: single particle / : Wang Z, Seattle Structural Genomics Center for Infectious Disease (SSGCID), Veesler D
EMDB-41642:
Langya henipavirus postfusion F protein in complex with 4G5 Fab, local refinement of the viral membrane proximal region
Method: single particle / : Wang Z, Seattle Structural Genomics Center for Infectious Disease (SSGCID), Veesler D
EMDB-41644:
Langya henipavirus postfusion fusion protein in complex with 4G5 Fab (global refinement)
Method: single particle / : Wang Z, Veesler D
PDB-8tve:
Langya henipavirus fusion protein in postfusion state
Method: single particle / : Wang Z, Seattle Structural Genomics Center for Infectious Disease (SSGCID), Veesler D
PDB-8tvf:
Langya henipavirus fusion protein in prefusion state
Method: single particle / : Wang Z, Veesler D, Seattle Structural Genomics Center for Infectious Disease (SSGCID)
PDB-8tvg:
Langya henipavirus postfusion F protein in complex with the 4G5 Fab, local refinement of the viral membrane distal region
Method: single particle / : Wang Z, Seattle Structural Genomics Center for Infectious Disease (SSGCID), Veesler D
PDB-8tvh:
Langya henipavirus postfusion F protein in complex with 4G5 Fab, local refinement of the viral membrane proximal region
Method: single particle / : Wang Z, Seattle Structural Genomics Center for Infectious Disease (SSGCID), Veesler D
EMDB-41636:
Ghanaian virus fusion glycoprotein (GhV F)
Method: single particle / : Park YJ, Seattle Structural Genomics Center for Infectious Disease (SSGCID), Veesler D
EMDB-41643:
Langya Virus G glycoprotein (LayV G) with stabilizing mutations
Method: single particle / : McCallum M, Veesler D, Seattle Structural Genomics Center for Infectious Disease (SSGCID)
EMDB-43593:
Langya Virus attachment (G) glycoprotein with K85L/L86K mutation
Method: single particle / : Gibson CG, McCallum MM, Veesler DV
PDB-8tvb:
Ghanaian virus fusion glycoprotein (GhV F)
Method: single particle / : Park YJ, Seattle Structural Genomics Center for Infectious Disease (SSGCID), Veesler D
PDB-8tvi:
Langya Virus G glycoprotein (LayV G) with stabilizing mutations
Method: single particle / : McCallum M, Veesler D, Seattle Structural Genomics Center for Infectious Disease (SSGCID)
PDB-8vwp:
Langya Virus attachment (G) glycoprotein with K85L/L86K mutation
Method: single particle / : Gibson CG, McCallum MM, Veesler DV, Seattle Structural Genomics Center for Infectious Disease (SSGCID)
EMDB-36980:
Cryo-EM structure of DSR2-TTP
Method: single particle / : Zhang H, Li Z, Li XZ
EMDB-36982:
Cryo-EM structure of DSR2-DSAD1 state 2
Method: single particle / : Zhang H, Li Z, Li XZ
EMDB-37272:
Cryo-EM structure of DSR2-DSAD1 state 1
Method: single particle / : Zhang H, Li Z, Li XZ
EMDB-37603:
Cryo-EM structure of DSR2-DSAD1
Method: single particle / : Zhang H, Li Z, Li XZ
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