Search Query :
4GKG
Crystal structure of the s-helix linker Deposition Author(s): Liu, J.W. , Lu, D. , Sun, Y.J. , Wang, Y.P. , Wei, X.L. , Wen, J. , Yang, J.G. , Yang, Y. , Zhang, X.D.
Date: 2012-08-11 Method: X-RAY DIFFRACTION Resolution: 1.695 Å Organism(s): Escherichia Coli G3/10 Sequences Data: 4GKG_A , 4GKG_F
5OWV
An oligomerised bacterial dynamin pair provides a mechanism for the long-range sensing and tethering of membranes Deposition Author(s): Liu, J.W. , Low, H.H. , Noel, J.K.
Date: 2017-09-04 Method: X-RAY DIFFRACTION Resolution: 3.72 Å Organism(s): Microvirgula Aerodenitrificans Dsm 15089 Sequences Data: 5OWV_A , 5OWV_B , 5OWV_C , 5OWV_D
5OXF
An oligomerised bacterial dynamin pair provides a mechanism for the long range sensing and tethering of membranes Deposition Author(s): Liu, J.W. , Low, H.H. , Noel, J.K.
Date: 2017-09-06 Method: X-RAY DIFFRACTION Resolution: 3.94 Å Organism(s): Microvirgula Aerodenitrificans Dsm 15089 Sequences Data: 5OXF_A , 5OXF_B , 5OXF_C , 5OXF_D
6C62
An unexpected vestigial protein complex reveals the evolutionary origins of an s-triazine catabolic enzyme. Deposition Author(s): Easton, C.J. , Esquirol, L. , French, N.G. , Hartley, C.J. , Hideki, O. , Liu, J.W. , Newman, J. , Peat, T.S. , Scott, C. , Wilding, M.
Date: 2018-01-17 Method: X-RAY DIFFRACTION Resolution: 1.95 Å Organism(s): Rhipicephalus Sanguineus Sequences Data: 6C62_A , 6C62_B , 6C62_C , 6C62_D
6C6G
An unexpected vestigial protein complex reveals the evolutionary origins of an s-triazine catabolic enzyme. inhibitor bound complex. Deposition Author(s): Easton, C.J. , Esquirol, L. , French, N.G. , Hartley, C.J. , Hideki, O. , Liu, J.W. , Newman, J. , Peat, T.S. , Scott, C. , Wilding, M.
Date: 2018-01-18 Method: X-RAY DIFFRACTION Resolution: 2.1 Å Organism(s): Aerococcus Viridans Sequences Data: 6C6G_A , 6C6G_B , 6C6G_C , 6C6G_D
6ZVR
C11 symmetry: bacterial vipp1 and pspa are members of the ancient escrt-iii membrane-remodeling superfamily. Deposition Author(s): Baum, B. , Bohuszewicz, O. , Buck, M. , Liu, J.W. , Low, H.H. , Naskar, S. , Noel, J.K. , Souza, D.P. , Tassinari, M. , Williams, T.A.
Date: 2020-07-27 Method: ELECTRON MICROSCOPY Resolution: 8.2 Å Organism(s): Pseudomonas Pseudoalcaligenes Sequences Data: 6ZVR_B , 6ZVR_C , 6ZVR_D , 6ZVR_E , 6ZVR_F , 6ZVR_A , 6ZVR_G , 6ZVR_H , 6ZVR_I , 6ZVR_J , 6ZVR_K , 6ZVR_L , 6ZVR_M , 6ZVR_N , 6ZVR_O , 6ZVR_P , 6ZVR_Q , 6ZVR_R , 6ZVR_S , 6ZVR_T , 6ZVR_V , 6ZVR_W , 6ZVR_X , 6ZVR_Y , 6ZVR_Z , 6ZVR_AA , 6ZVR_BA , 6ZVR_CA , 6ZVR_DA , 6ZVR_EA , 6ZVR_FA , 6ZVR_GA , 6ZVR_HA , 6ZVR_IA , 6ZVR_JA , 6ZVR_KA , 6ZVR_LA , 6ZVR_MA , 6ZVR_NA , 6ZVR_OA , 6ZVR_PA , 6ZVR_QA , 6ZVR_RA , 6ZVR_SA , 6ZVR_TA , 6ZVR_UA , 6ZVR_VA , 6ZVR_WA , 6ZVR_XA , 6ZVR_YA , 6ZVR_ZA , 6ZVR_AB , 6ZVR_BB , 6ZVR_CB , 6ZVR_DB
6ZVT
C13 symmetry: bacterial vipp1 and pspa are members of the ancient escrt-iii membrane-remodeling superfamily. Deposition Author(s): Baum, B. , Bohuszewicz, O. , Buck, M. , Liu, J.W. , Low, H.H. , Naskar, S. , Noel, J.K. , Souza, D.P. , Tassinari, M. , Williams, T.A.
Date: 2020-07-27 Method: ELECTRON MICROSCOPY Resolution: 7.0 Å Organism(s): Pseudomonas Pseudoalcaligenes Sequences Data: 6ZVT_A , 6ZVT_B , 6ZVT_C , 6ZVT_D , 6ZVT_E , 6ZVT_F , 6ZVT_G , 6ZVT_H , 6ZVT_I , 6ZVT_J , 6ZVT_K , 6ZVT_L , 6ZVT_M , 6ZVT_N , 6ZVT_O , 6ZVT_P , 6ZVT_Q , 6ZVT_R , 6ZVT_S , 6ZVT_T , 6ZVT_V , 6ZVT_W , 6ZVT_X , 6ZVT_Y , 6ZVT_Z , 6ZVT_AA , 6ZVT_BA , 6ZVT_CA , 6ZVT_DA , 6ZVT_EA , 6ZVT_FA , 6ZVT_GA , 6ZVT_HA , 6ZVT_IA , 6ZVT_JA , 6ZVT_KA , 6ZVT_LA , 6ZVT_MA , 6ZVT_NA , 6ZVT_OA , 6ZVT_PA , 6ZVT_QA , 6ZVT_RA , 6ZVT_SA , 6ZVT_TA , 6ZVT_UA , 6ZVT_VA , 6ZVT_WA , 6ZVT_XA , 6ZVT_YA , 6ZVT_ZA , 6ZVT_AB , 6ZVT_BB , 6ZVT_CB , 6ZVT_DB , 6ZVT_EB , 6ZVT_FB , 6ZVT_GB , 6ZVT_HB , 6ZVT_IB , 6ZVT_JB , 6ZVT_KB , 6ZVT_LB , 6ZVT_MB , 6ZVT_NB , 6ZVT_OB , 6ZVT_PB , 6ZVT_QB , 6ZVT_RB , 6ZVT_SB , 6ZVT_TB , 6ZVT_UB , 6ZVT_VB , 6ZVT_WB , 6ZVT_XB , 6ZVT_YB , 6ZVT_ZB , 6ZVT_AC
6ZW4
C14 symmetry: bacterial vipp1 and pspa are members of the ancient escrt-iii membrane-remodeling superfamily. Deposition Author(s): Baum, B. , Bohuszewicz, O. , Buck, M. , Liu, J.W. , Low, H.H. , Naskar, S. , Noel, J.K. , Souza, D.P. , Tassinari, M. , Williams, T.A.
Date: 2020-07-27 Method: ELECTRON MICROSCOPY Resolution: 6.5 Å Organism(s): Pseudomonas Pseudoalcaligenes Sequences Data: 6ZW4_A , 6ZW4_B , 6ZW4_C , 6ZW4_D , 6ZW4_E , 6ZW4_F , 6ZW4_G , 6ZW4_H , 6ZW4_I , 6ZW4_J , 6ZW4_K , 6ZW4_L , 6ZW4_M , 6ZW4_N , 6ZW4_O , 6ZW4_P , 6ZW4_Q , 6ZW4_R , 6ZW4_S , 6ZW4_T , 6ZW4_V , 6ZW4_W , 6ZW4_X , 6ZW4_Y , 6ZW4_Z , 6ZW4_AA , 6ZW4_BA , 6ZW4_CA , 6ZW4_DA , 6ZW4_EA , 6ZW4_FA , 6ZW4_GA , 6ZW4_HA , 6ZW4_IA , 6ZW4_JA , 6ZW4_KA , 6ZW4_LA , 6ZW4_MA , 6ZW4_NA , 6ZW4_OA , 6ZW4_PA , 6ZW4_QA , 6ZW4_RA , 6ZW4_SA , 6ZW4_TA , 6ZW4_UA , 6ZW4_VA , 6ZW4_WA , 6ZW4_XA , 6ZW4_YA , 6ZW4_ZA , 6ZW4_AB , 6ZW4_BB , 6ZW4_CB , 6ZW4_DB , 6ZW4_EB , 6ZW4_FB , 6ZW4_GB , 6ZW4_HB , 6ZW4_IB , 6ZW4_JB , 6ZW4_KB , 6ZW4_LB , 6ZW4_MB , 6ZW4_NB , 6ZW4_OB , 6ZW4_PB , 6ZW4_QB , 6ZW4_RB , 6ZW4_SB , 6ZW4_TB , 6ZW4_UB , 6ZW4_VB , 6ZW4_WB , 6ZW4_XB , 6ZW4_YB , 6ZW4_ZB , 6ZW4_AC , 6ZW4_BC , 6ZW4_CC , 6ZW4_DC , 6ZW4_EC , 6ZW4_FC , 6ZW4_GC
6ZW5
C15 symmetry: bacterial vipp1 and pspa are members of the ancient escrt-iii membrane-remodeling superfamily. Deposition Author(s): Baum, B. , Bohuszewicz, O. , Buck, M. , Liu, J.W. , Low, H.H. , Naskar, S. , Noel, J.K. , Souza, D.P. , Tassinari, M. , Williams, T.A.
Date: 2020-07-27 Method: ELECTRON MICROSCOPY Resolution: 7.0 Å Organism(s): Pseudomonas Pseudoalcaligenes Sequences Data: 6ZW5_A , 6ZW5_B , 6ZW5_C , 6ZW5_D , 6ZW5_E , 6ZW5_F , 6ZW5_G , 6ZW5_H , 6ZW5_I , 6ZW5_J , 6ZW5_K , 6ZW5_L , 6ZW5_M , 6ZW5_N , 6ZW5_O , 6ZW5_P , 6ZW5_Q , 6ZW5_R , 6ZW5_S , 6ZW5_T , 6ZW5_V , 6ZW5_W , 6ZW5_X , 6ZW5_Y , 6ZW5_Z , 6ZW5_AA , 6ZW5_BA , 6ZW5_CA , 6ZW5_DA , 6ZW5_EA , 6ZW5_FA , 6ZW5_GA , 6ZW5_HA , 6ZW5_IA , 6ZW5_JA , 6ZW5_KA , 6ZW5_LA , 6ZW5_MA , 6ZW5_NA , 6ZW5_OA , 6ZW5_PA , 6ZW5_QA , 6ZW5_RA , 6ZW5_SA , 6ZW5_TA , 6ZW5_UA , 6ZW5_VA , 6ZW5_WA , 6ZW5_XA , 6ZW5_YA , 6ZW5_ZA , 6ZW5_AB , 6ZW5_BB , 6ZW5_CB , 6ZW5_DB , 6ZW5_EB , 6ZW5_FB , 6ZW5_GB , 6ZW5_HB , 6ZW5_IB , 6ZW5_JB , 6ZW5_KB , 6ZW5_LB , 6ZW5_MB , 6ZW5_NB , 6ZW5_OB , 6ZW5_PB , 6ZW5_QB , 6ZW5_RB , 6ZW5_SB , 6ZW5_TB , 6ZW5_UB , 6ZW5_VB , 6ZW5_WB , 6ZW5_XB , 6ZW5_YB , 6ZW5_ZB , 6ZW5_AC , 6ZW5_BC , 6ZW5_CC , 6ZW5_DC , 6ZW5_EC , 6ZW5_FC , 6ZW5_GC , 6ZW5_HC , 6ZW5_IC , 6ZW5_JC , 6ZW5_KC , 6ZW5_LC , 6ZW5_MC
7AX3
Cryoem structure of the super-constricted two-start dynamin 1 filament Deposition Author(s): Liu, J.W. , Zhang, P.J.
Date: 2020-11-09 Method: ELECTRON MICROSCOPY Resolution: 3.74 Å Organism(s): Salmonella Enterica Sequences Data: 7AX3_C2 , 7AX3_D2 , 7AX3_A2 , 7AX3_B2 , 7AX3_A , 7AX3_B , 7AX3_C , 7AX3_D , 7AX3_E , 7AX3_F , 7AX3_G , 7AX3_H , 7AX3_I , 7AX3_J , 7AX3_K , 7AX3_L , 7AX3_M , 7AX3_N , 7AX3_O , 7AX3_P , 7AX3_Q , 7AX3_R , 7AX3_S , 7AX3_T , 7AX3_U , 7AX3_V , 7AX3_W , 7AX3_X , 7AX3_Y , 7AX3_Z , 7AX3_E2 , 7AX3_F2 , 7AX3_G2 , 7AX3_H2 , 7AX3_I2 , 7AX3_J2