Search Query :
8OVH
Crystal structure of o-acetyl-l-homoserine sulfhydrolase from saccharomyces cerevisiae in complex with pyridoxal-5'-phosphate Deposition Author(s): Andexer, J.N. , Mohr, M. , Saleem-Batcha, R.
Date: 2023-04-26 Method: X-RAY DIFFRACTION Resolution: 2.171 Å Organism(s): Saccharomyces Cerevisiae Sequences Data: 8OVH_A , 8OVH_B , 8OVH_C , 8OVH_D
8OVW
Cryo-em structure of cbf1-ccan bound topologically to centromeric dna Deposition Author(s): Barford, D. , Dendooven, T.D. , Mclaughlin, S. , Scheres, S. , Schwabb, J. , Yang, J. , Yatskevich, S. , Zhang, Z.
Date: 2023-04-26 Method: ELECTRON MICROSCOPY Resolution: 3.4 Å Organism(s): Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 8OVW_A , 8OVW_B , 8OVW_Q , 8OVW_T , 8OVW_U , 8OVW_W , 8OVW_Y , 8OVW_Z , 8OVW_E , 8OVW_D , 8OVW_H , 8OVW_I , 8OVW_K , 8OVW_L , 8OVW_N , 8OVW_O , 8OVW_P
8OVX
Cryo-em structure of yeast cenp-opqu+ bound to the cenp-a n-terminus Deposition Author(s): Dendooven, T.D. , Mclaughlin, S. , Scheres, S. , Schwabb, J. , Yang, J. , Yatskevich, S. , Zhang, Z.
Date: 2023-04-26 Method: ELECTRON MICROSCOPY Resolution: 3.4 Å Organism(s): Saccharomyces Cerevisiae Sequences Data: 8OVX_O , 8OVX_P , 8OVX_Q , 8OVX_U , 8OVX_Y , 8OVX_Z
8OW0
Cryo-em structure of cbf1-ccan bound topologically to a centromeric cenp-a nucleosome Deposition Author(s): Barford, D. , Dendooven, T.D. , Mclaughlin, S. , Scheres, S. , Schwabb, J. , Yang, J. , Yatskevich, S. , Zhang, Z.
Date: 2023-04-26 Method: ELECTRON MICROSCOPY Resolution: 3.4 Å Organism(s): Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 8OW0_D , 8OW0_K , 8OW0_L , 8OW0_N , 8OW0_O , 8OW0_P , 8OW0_Q , 8OW0_T , 8OW0_U , 8OW0_W , 8OW0_Y , 8OW0_E , 8OW0_Z , 8OW0_B , 8OW0_F , 8OW0_H , 8OW0_A , 8OW0_G , 8OW0_C , 8OW0_I
8OW1
Cryo-em structure of the yeast inner kinetochore bound to a cenp-a nucleosome. Deposition Author(s): Barford, D. , Dendooven, T.D. , Mclaughlin, S. , Scheres, S. , Schwabb, J. , Yang, J. , Yatskevich, S. , Zhang, Z.
Date: 2023-04-26 Method: ELECTRON MICROSCOPY Resolution: 3.7 Å Organism(s): Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 8OW1_A , 8OW1_B , 8OW1_P , 8OW1_PP , 8OW1_Q , 8OW1_QQ , 8OW1_OO , 8OW1_O , 8OW1_T , 8OW1_TT , 8OW1_U , 8OW1_UU , 8OW1_W , 8OW1_WW , 8OW1_Y , 8OW1_YY , 8OW1_Z , 8OW1_ZZ , 8OW1_D , 8OW1_E , 8OW1_I , 8OW1_II , 8OW1_F , 8OW1_H , 8OW1_G , 8OW1_C , 8OW1_K , 8OW1_KK , 8OW1_HH , 8OW1_LL , 8OW1_L , 8OW1_NN , 8OW1_N , 8OW1_CT , 8OW1_CE , 8OW1_SK
8OXU
Crystal structure of the hsp90-la1011 complex Deposition Author(s): Prodromou, C. , Roe, S.M.
Date: 2023-05-02 Method: X-RAY DIFFRACTION Resolution: 2.94 Å Organism(s): Saccharomyces Cerevisiae Sequences Data: 8OXU_A , 8OXU_B , 8OXU_C , 8OXU_D
8P4V
80s yeast ribosome in complex with haterumaimideq Deposition Author(s): Terrosu, S. , Yusupov, M.
Date: 2023-05-23 Method: X-RAY DIFFRACTION Resolution: 3.16 Å Organism(s): Saccharomyces Cerevisiae Sequences Data: 8P4V_1 , 8P4V_AR , 8P4V_P , 8P4V_CJ , 8P4V_Q , 8P4V_CK , 8P4V_R , 8P4V_CL , 8P4V_S , 8P4V_CM , 8P4V_T , 8P4V_CN , 8P4V_U , 8P4V_CO , 8P4V_V , 8P4V_CP , 8P4V_W , 8P4V_CQ , 8P4V_X , 8P4V_CR , 8P4V_Y , 8P4V_CS , 8P4V_3 , 8P4V_AS , 8P4V_Z , 8P4V_CT , 8P4V_0 , 8P4V_CU , 8P4V_2 , 8P4V_CV , 8P4V_5 , 8P4V_CW , 8P4V_6 , 8P4V_CX , 8P4V_7 , 8P4V_CY , 8P4V_8 , 8P4V_CZ , 8P4V_9 , 8P4V_DA , 8P4V_AA , 8P4V_DB , 8P4V_AB , 8P4V_DC , 8P4V_4 , 8P4V_AT , 8P4V_AC , 8P4V_DD , 8P4V_AD , 8P4V_DE , 8P4V_AE , 8P4V_DF , 8P4V_AF , 8P4V_DG , 8P4V_AG , 8P4V_DH , 8P4V_AH , 8P4V_DI , 8P4V_AI , 8P4V_DJ , 8P4V_AJ , 8P4V_DK , 8P4V_AK , 8P4V_DL , 8P4V_AL , 8P4V_DM , 8P4V_J , 8P4V_CD , 8P4V_AM , 8P4V_DN , 8P4V_AN , 8P4V_DO , 8P4V_AO , 8P4V_DP , 8P4V_AP , 8P4V_DQ , 8P4V_AQ , 8P4V_DR , 8P4V_I , 8P4V_SM , 8P4V_P0 , 8P4V_A , 8P4V_SR , 8P4V_B , 8P4V_S0 , 8P4V_C , 8P4V_S1 , 8P4V_K , 8P4V_CE , 8P4V_D , 8P4V_S2 , 8P4V_E , 8P4V_S3 , 8P4V_F , 8P4V_S4 , 8P4V_G , 8P4V_S5 , 8P4V_H , 8P4V_S6 , 8P4V_S7 , 8P4V_S8 , 8P4V_S9 , 8P4V_L , 8P4V_C0 , 8P4V_M , 8P4V_C1 , 8P4V_CF , 8P4V_N , 8P4V_C2 , 8P4V_O , 8P4V_C3 , 8P4V_C4 , 8P4V_C5 , 8P4V_C6 , 8P4V_C8 , 8P4V_C9 , 8P4V_D0 , 8P4V_D1 , 8P4V_CG , 8P4V_D2 , 8P4V_D3 , 8P4V_D4 , 8P4V_D5 , 8P4V_D6 , 8P4V_D7 , 8P4V_D8 , 8P4V_D9 , 8P4V_E0 , 8P4V_E1 , 8P4V_CH , 8P4V_RB , 8P4V_C7 , 8P4V_CI
8P5E
S. cerevisiae nexus-scmge after dna replication initiation Deposition Author(s): Henrikus, S.S. , Willhoft, O.
Date: 2023-05-24 Method: ELECTRON MICROSCOPY Resolution: 3.9 Å Organism(s): Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 8P5E_2 , 8P5E_D , 8P5E_E , 8P5E_F , 8P5E_G , 8P5E_H , 8P5E_I , 8P5E_3 , 8P5E_4 , 8P5E_5 , 8P5E_6 , 8P5E_7 , 8P5E_A , 8P5E_B , 8P5E_C
8P62
S. cerevisiae ssdna-scmge after dna replication initiation Deposition Author(s): Henrikus, S.S. , Willhoft, O.
Date: 2023-05-25 Method: ELECTRON MICROSCOPY Resolution: 3.9 Å Organism(s): Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 8P62_2 , 8P62_E , 8P62_F , 8P62_G , 8P62_H , 8P62_I , 8P62_3 , 8P62_4 , 8P62_5 , 8P62_6 , 8P62_7 , 8P62_A , 8P62_C , 8P62_D
8P63
S. cerevisiae consensus-scmge on ssdna after dna replication initiation Deposition Author(s): Henrikus, S.S. , Willhoft, O.
Date: 2023-05-25 Method: ELECTRON MICROSCOPY Resolution: 3.7 Å Organism(s): Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 8P63_2 , 8P63_E , 8P63_F , 8P63_G , 8P63_H , 8P63_I , 8P63_3 , 8P63_4 , 8P63_5 , 8P63_6 , 8P63_7 , 8P63_A , 8P63_C , 8P63_D