E. coli 50s with phazolicin (phz) bound in exit tunnel Deposition Author(s): Cate, J.H.D. , Polikanov, Y.S. , Severinov, K. , Watson, Z.L.
Date: 2019-08-23 Method: ELECTRON MICROSCOPY Resolution: 2.87 Å Organism(s): Escherichia Coli , Rhizobium Sp. Pop5 Sequences Data: 6U48_CA , 6U48_CK , 6U48_CL , 6U48_CM , 6U48_CN , 6U48_CO , 6U48_CP , 6U48_CQ , 6U48_CR , 6U48_CS , 6U48_CT , 6U48_CB , 6U48_CU , 6U48_CV , 6U48_CW , 6U48_CX , 6U48_CY , 6U48_CZ , 6U48_C0 , 6U48_C1 , 6U48_C2 , 6U48_C3 , 6U48_CC , 6U48_C4 , 6U48_C5 , 6U48_A , 6U48_CD , 6U48_CE , 6U48_CF , 6U48_CG , 6U48_CH , 6U48_CJ
Structure of the bacterial ribosome at 2 angstrom resolution Deposition Author(s): Ad, O. , Banfield, J.F. , Cate, J.H.D. , Meheust, R. , Schepartz, A. , Ward, F.R. , Watson, Z.L.
Date: 2020-09-02 Method: ELECTRON MICROSCOPY Resolution: 1.98 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 7K00_A , 7K00_J , 7K00_K , 7K00_L , 7K00_M , 7K00_N , 7K00_O , 7K00_P , 7K00_Q , 7K00_R , 7K00_S , 7K00_B , 7K00_T , 7K00_U , 7K00_C , 7K00_D , 7K00_E , 7K00_F , 7K00_G , 7K00_H , 7K00_I , 7K00_V , 7K00_W , 7K00_X , 7K00_Y , 7K00_Z , 7K00_0 , 7K00_1 , 7K00_2 , 7K00_3 , 7K00_4 , 7K00_5
E. coli 70s ribosome with a-loop mutations u2554c and u2555c Deposition Author(s): Banfield, J.F. , Cate, J.H.D. , Nissley, A.J. , Penev, P.I. , Watson, Z.L.
Date: 2022-09-15 Method: ELECTRON MICROSCOPY Resolution: 2.24 Å Organism(s): Escherichia Coli Sequences Data: 8EIU_0 , 8EIU_E , 8EIU_F , 8EIU_G , 8EIU_H , 8EIU_I , 8EIU_J , 8EIU_K , 8EIU_L , 8EIU_M , 8EIU_N , 8EIU_1 , 8EIU_O , 8EIU_P , 8EIU_Q , 8EIU_R , 8EIU_S , 8EIU_T , 8EIU_U , 8EIU_X , 8EIU_Y , 8EIU_Z , 8EIU_A , 8EIU_2 , 8EIU_B , 8EIU_C , 8EIU_D , 8EIU_3 , 8EIU_4 , 8EIU_V , 8EIU_W
Composite 70s ribosome structure for ""atomistic simulations of the e. coli ribosome provide selection criteria for translationally active substrates Deposition Author(s): Cate, J.H.D. , Watson, Z.L.
Date: 2022-09-28 Method: ELECTRON MICROSCOPY Resolution: 2.1 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 8EMM_A , 8EMM_J , 8EMM_K , 8EMM_L , 8EMM_M , 8EMM_N , 8EMM_O , 8EMM_P , 8EMM_Q , 8EMM_R , 8EMM_S , 8EMM_B , 8EMM_T , 8EMM_U , 8EMM_V , 8EMM_W , 8EMM_X , 8EMM_Y , 8EMM_Z , 8EMM_0 , 8EMM_1 , 8EMM_2 , 8EMM_C , 8EMM_3 , 8EMM_4 , 8EMM_D , 8EMM_E , 8EMM_F , 8EMM_G , 8EMM_H , 8EMM_I
Mrna decoding in human is kinetically and structurally distinct from bacteria (consensus lsu focused refined structure) Deposition Author(s): Altman, R.B. , Blanchard, S.C. , Holm, M. , Myasnikov, A.G. , Natchiar, K.S. , Rundlet, E.J. , Watson, Z.L.
Date: 2023-03-22 Method: ELECTRON MICROSCOPY Resolution: 1.67 Å Organism(s): Homo Sapiens Sequences Data: 8GLP_S2 , 8GLP_SC , 8GLP_SG , 8GLP_SF , 8GLP_SH , 8GLP_SW , 8GLP_SI , 8GLP_SQ , 8GLP_SU , 8GLP_SK , 8GLP_SO , 8GLP_L8 , 8GLP_SX , 8GLP_SM , 8GLP_SS , 8GLP_SD , 8GLP_SN , 8GLP_SL , 8GLP_SR , 8GLP_SP , 8GLP_ST , 8GLP_SV , 8GLP_L5 , 8GLP_SY , 8GLP_SZ , 8GLP_SA , 8GLP_SB , 8GLP_SE , 8GLP_LA , 8GLP_LB , 8GLP_L7 , 8GLP_LC , 8GLP_LJ , 8GLP_LH , 8GLP_LE , 8GLP_LG , 8GLP_LO , 8GLP_LL , 8GLP_LV , 8GLP_LM , 8GLP_LN , 8GLP_LI , 8GLP_LD , 8GLP_LQ , 8GLP_LR , 8GLP_LS , 8GLP_LT , 8GLP_LP , 8GLP_LU , 8GLP_LX , 8GLP_LY , 8GLP_LW , 8GLP_LZ , 8GLP_LF , 8GLP_LK , 8GLP_SJ , 8GLP_MR , 8GLP_PT