Search Query :
5JG6
Apc11-ubv shows role of noncovalent ring-ubiquitin interactions in processive multiubiquitination and ubiquitin chain elongation by apc/c Deposition Author(s): Brown, N.G. , Miller, D.J. , Schulman, B.A. , Sidhu, S.S. , Yu, S. , Zhang, W.
Date: 2016-04-19 Method: X-RAY DIFFRACTION Resolution: 2.0013 Å Organism(s): Homo Sapiens Sequences Data: 5JG6_A , 5JG6_D , 5JG6_B , 5JG6_C
5KHR
Model of human anaphase-promoting complex/cyclosome complex (apc15 deletion mutant) in complex with the e2 ube2c/ubch10 poised for ubiquitin ligation to substrate (apc/c-cdc20-substrate-ube2c) Deposition Author(s): Dube, P. , Haselbach, D. , Schulman, B.A. , Stark, H. , Vanderlinden, R. , Yamaguchi, M.
Date: 2016-06-15 Method: ELECTRON MICROSCOPY Resolution: 6.1 Å Organism(s): Homo Sapiens , Synthetic Construct Sequences Data: 5KHR_A , 5KHR_M , 5KHR_N , 5KHR_O , 5KHR_Q , 5KHR_R , 5KHR_S , 5KHR_X , 5KHR_Y , 5KHR_B , 5KHR_C , 5KHR_P , 5KHR_E , 5KHR_F , 5KHR_H , 5KHR_G , 5KHR_W , 5KHR_I , 5KHR_J , 5KHR_K , 5KHR_L
5L9T
Model of human anaphase-promoting complex/cyclosome (apc/c-cdh1) with e2 ube2s poised for polyubiquitination where ube2s, apc2, and apc11 are modeled into low resolution density Deposition Author(s): Brown, N.G. , Dube, P. , Haselbach, D. , Peters, J.M. , Schulman, B.A. , Stark, H. , Vanderlinden, R.
Date: 2016-06-11 Method: ELECTRON MICROSCOPY Resolution: 6.4 Å Organism(s): Homo Sapiens , Saccharomyces Cerevisiae (Strain Atcc 204508 / S288C) Sequences Data: 5L9T_A , 5L9T_L , 5L9T_M , 5L9T_N , 5L9T_O , 5L9T_R , 5L9T_S , 5L9T_T , 5L9T_X , 5L9T_Y , 5L9T_B , 5L9T_C , 5L9T_P , 5L9T_D , 5L9T_E , 5L9T_F , 5L9T_H , 5L9T_G , 5L9T_W , 5L9T_I , 5L9T_J , 5L9T_K
5L9U
Model of human anaphase-promoting complex/cyclosome (apc/c-cdh1) with a cross linked ubiquitin variant-substrate-ube2c (ubch10) complex representing key features of multiubiquitination Deposition Author(s): Brown, N.G. , Dube, P. , Haselbach, D. , Peters, J.M. , Schulman, B.A. , Stark, H. , Vanderlinden, R.
Date: 2016-06-11 Method: ELECTRON MICROSCOPY Resolution: 6.4 Å Organism(s): Homo Sapiens , Rattus Norvegicus , Saccharomyces Cerevisiae Sequences Data: 5L9U_A , 5L9U_L , 5L9U_M , 5L9U_N , 5L9U_O , 5L9U_R , 5L9U_S , 5L9U_U , 5L9U_X , 5L9U_Y , 5L9U_B , 5L9U_C , 5L9U_P , 5L9U_D , 5L9U_E , 5L9U_F , 5L9U_H , 5L9U_G , 5L9U_W , 5L9U_I , 5L9U_J , 5L9U_K
5UDH
Hhari/arih1-ubch7~ubiquitin Deposition Author(s): Miller, D.J. , Schulman, B.A.
Date: 2016-12-27 Method: X-RAY DIFFRACTION Resolution: 3.24 Å Organism(s): Homo Sapiens Sequences Data: 5UDH_A , 5UDH_B , 5UDH_C , 5UDH_D , 5UDH_E
5V83
Structure of dcn1 bound to nacm-hit Deposition Author(s): Guy, R.K. , Hammill, J.T. , Schulman, B.A. , Scott, D.C.
Date: 2017-03-21 Method: X-RAY DIFFRACTION Resolution: 2.002 Å Organism(s): Enterobacteria Phage T4 , Homo Sapiens Sequences Data: 5V83_A
5V86
Structure of dcn1 bound to nacm-opt Deposition Author(s): Guy, R.K. , Hammill, J.T. , Schulman, B.A. , Scott, D.C.
Date: 2017-03-21 Method: X-RAY DIFFRACTION Resolution: 1.374 Å Organism(s): Enterobacteria Phage T4 , Homo Sapiens Sequences Data: 5V86_A
5V88
Structure of dcn1 bound to nacm-cov Deposition Author(s): Guy, R.K. , Hammill, J.T. , Schulman, B.A. , Scott, D.C.
Date: 2017-03-21 Method: X-RAY DIFFRACTION Resolution: 1.601 Å Organism(s): Enterobacteria Phage T4 , Homo Sapiens Sequences Data: 5V88_A
5V89
Structure of dcn4 pony domain bound to cul1 whb Deposition Author(s): Guy, R.K. , Hammill, J.T. , Schulman, B.A. , Scott, D.C.
Date: 2017-03-21 Method: X-RAY DIFFRACTION Resolution: 1.55 Å Organism(s): Homo Sapiens Sequences Data: 5V89_A , 5V89_C
6BG3
Structure of (3s,4s)-1-benzyl-4-(3-(3-(trifluoromethyl)phenyl)ureido)piperidin-3-yl acetate bound to dcn1 Deposition Author(s): Guy, R.K. , Hammill, J.T. , Schulman, B.A. , Scott, D.C.
Date: 2017-10-27 Method: X-RAY DIFFRACTION Resolution: 1.05 Å Organism(s): Enterobacteria Phage T4 , Homo Sapiens Sequences Data: 6BG3_A