Search Query :
4V68
T. thermophilus 70s ribosome in complex with mrna, trnas and ef-tu.gdp.kirromycin ternary complex, fitted to a 6.4 a cryo-em map. Deposition Author(s): Schuette, J.-C. , Spahn, C.M.T.
Date: 2008-12-11 Method: ELECTRON MICROSCOPY Resolution: 6.4 Å Organism(s): Thermus Thermophilus , Synthetic Construct Sequences Data: 4V68_AA , 4V68_AP , 4V68_AQ , 4V68_AR , 4V68_AT , 4V68_AC , 4V68_AG , 4V68_AI , 4V68_AJ , 4V68_AM , 4V68_AN , 4V68_AB , 4V68_AS , 4V68_AU , 4V68_AV , 4V68_AX , 4V68_AW , 4V68_AY , 4V68_A0 , 4V68_AZ , 4V68_B0 , 4V68_B1 , 4V68_AD , 4V68_B2 , 4V68_B3 , 4V68_B4 , 4V68_B5 , 4V68_B6 , 4V68_B7 , 4V68_B8 , 4V68_B9 , 4V68_BA , 4V68_BB , 4V68_AE , 4V68_BC , 4V68_BD , 4V68_BE , 4V68_BF , 4V68_BG , 4V68_BH , 4V68_BI , 4V68_BL , 4V68_BN , 4V68_BO , 4V68_AF , 4V68_BP , 4V68_BQ , 4V68_BR , 4V68_BS , 4V68_BT , 4V68_BU , 4V68_BV , 4V68_BW , 4V68_BX , 4V68_BY , 4V68_AH , 4V68_BZ , 4V68_AK , 4V68_AL , 4V68_AO
4V6A
Structure of ef-p bound to the 70s ribosome. Deposition Author(s): Blaha, G. , Stanley, R.E.
Date: 2009-06-15 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 4V6A_AA , 4V6A_CA , 4V6A_AJ , 4V6A_CJ , 4V6A_AK , 4V6A_CK , 4V6A_AL , 4V6A_CL , 4V6A_AM , 4V6A_CM , 4V6A_AN , 4V6A_CN , 4V6A_AO , 4V6A_CO , 4V6A_AP , 4V6A_CP , 4V6A_AQ , 4V6A_CQ , 4V6A_AR , 4V6A_CR , 4V6A_AS , 4V6A_CS , 4V6A_AB , 4V6A_CB , 4V6A_AT , 4V6A_CT , 4V6A_AU , 4V6A_CU , 4V6A_AV , 4V6A_CV , 4V6A_AW , 4V6A_CW , 4V6A_AX , 4V6A_CX , 4V6A_BA , 4V6A_DA , 4V6A_BB , 4V6A_DB , 4V6A_BC , 4V6A_DC , 4V6A_BD , 4V6A_DD , 4V6A_BE , 4V6A_DE , 4V6A_AC , 4V6A_CC , 4V6A_BF , 4V6A_DF , 4V6A_BG , 4V6A_DG , 4V6A_BH , 4V6A_DH , 4V6A_BI , 4V6A_DI , 4V6A_BN , 4V6A_DN , 4V6A_BO , 4V6A_DO , 4V6A_BP , 4V6A_DP , 4V6A_BQ , 4V6A_DQ , 4V6A_BR , 4V6A_DR , 4V6A_BS , 4V6A_DS , 4V6A_AD , 4V6A_CD , 4V6A_BT , 4V6A_DT , 4V6A_BU , 4V6A_DU , 4V6A_BV , 4V6A_DV , 4V6A_BW , 4V6A_DW , 4V6A_BX , 4V6A_DX , 4V6A_BY , 4V6A_DY , 4V6A_BZ , 4V6A_DZ , 4V6A_B0 , 4V6A_D0 , 4V6A_B1 , 4V6A_D1 , 4V6A_B2 , 4V6A_D2 , 4V6A_AE , 4V6A_CE , 4V6A_B3 , 4V6A_D3 , 4V6A_B4 , 4V6A_D4 , 4V6A_B5 , 4V6A_D5 , 4V6A_B6 , 4V6A_D6 , 4V6A_B7 , 4V6A_D7 , 4V6A_B8 , 4V6A_D8 , 4V6A_B9 , 4V6A_D9 , 4V6A_AF , 4V6A_CF , 4V6A_AG , 4V6A_CG , 4V6A_AH , 4V6A_CH , 4V6A_AI , 4V6A_CI
4V6F
Elongation complex of the 70s ribosome with three trnas and mrna. Deposition Author(s): Jenner, L.B. , Yusupov, M. , Yusupova, G.
Date: 2009-07-09 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V6F_AA , 4V6F_AN , 4V6F_DN , 4V6F_AO , 4V6F_DO , 4V6F_AP , 4V6F_DP , 4V6F_A0 , 4V6F_D0 , 4V6F_AQ , 4V6F_DQ , 4V6F_AR , 4V6F_DR , 4V6F_A1 , 4V6F_D1 , 4V6F_A2 , 4V6F_D2 , 4V6F_AS , 4V6F_DS , 4V6F_AT , 4V6F_DT , 4V6F_AB , 4V6F_DB , 4V6F_AU , 4V6F_DU , 4V6F_AV , 4V6F_DV , 4V6F_A3 , 4V6F_D3 , 4V6F_AZ , 4V6F_DZ , 4V6F_AW , 4V6F_DW , 4V6F_AX , 4V6F_DX , 4V6F_A4 , 4V6F_D4 , 4V6F_A5 , 4V6F_D5 , 4V6F_A6 , 4V6F_D6 , 4V6F_A7 , 4V6F_D7 , 4V6F_AD , 4V6F_DD , 4V6F_A8 , 4V6F_D8 , 4V6F_BA , 4V6F_BE , 4V6F_CE , 4V6F_BF , 4V6F_CF , 4V6F_BG , 4V6F_CG , 4V6F_BH , 4V6F_CH , 4V6F_BI , 4V6F_CI , 4V6F_BJ , 4V6F_CJ , 4V6F_BK , 4V6F_CK , 4V6F_BL , 4V6F_CL , 4V6F_AE , 4V6F_DE , 4V6F_BM , 4V6F_CM , 4V6F_BN , 4V6F_CN , 4V6F_BO , 4V6F_CO , 4V6F_BP , 4V6F_CP , 4V6F_BQ , 4V6F_CQ , 4V6F_BR , 4V6F_CR , 4V6F_BS , 4V6F_CS , 4V6F_BT , 4V6F_CT , 4V6F_BU , 4V6F_CU , 4V6F_BV , 4V6F_CV , 4V6F_AF , 4V6F_DF , 4V6F_BW , 4V6F_CW , 4V6F_BX , 4V6F_CX , 4V6F_BD , 4V6F_BB , 4V6F_BC , 4V6F_CD , 4V6F_CB , 4V6F_CC , 4V6F_B1 , 4V6F_C1 , 4V6F_CA , 4V6F_DA , 4V6F_DI , 4V6F_DJ , 4V6F_DY , 4V6F_DL , 4V6F_AG , 4V6F_DG , 4V6F_AH , 4V6F_DH , 4V6F_AK , 4V6F_DK , 4V6F_AM , 4V6F_DM
4V6G
Initiation complex of 70s ribosome with two trnas and mrna. Deposition Author(s): Jenner, L.B. , Yusupov, M. , Yusupova, G.
Date: 2009-07-10 Method: X-RAY DIFFRACTION Resolution: 3.5 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V6G_AA , 4V6G_CA , 4V6G_AM , 4V6G_CM , 4V6G_AN , 4V6G_CN , 4V6G_AO , 4V6G_CO , 4V6G_AP , 4V6G_CP , 4V6G_AQ , 4V6G_CQ , 4V6G_AR , 4V6G_CR , 4V6G_AS , 4V6G_CS , 4V6G_AT , 4V6G_CT , 4V6G_AU , 4V6G_CU , 4V6G_AV , 4V6G_CV , 4V6G_AE , 4V6G_CE , 4V6G_AW , 4V6G_CW , 4V6G_AX , 4V6G_CX , 4V6G_AC , 4V6G_AD , 4V6G_CC , 4V6G_CD , 4V6G_CB , 4V6G_A1 , 4V6G_C1 , 4V6G_BA , 4V6G_DA , 4V6G_BB , 4V6G_DB , 4V6G_BD , 4V6G_DD , 4V6G_BE , 4V6G_DE , 4V6G_BF , 4V6G_DF , 4V6G_BG , 4V6G_DG , 4V6G_AF , 4V6G_CF , 4V6G_BH , 4V6G_DH , 4V6G_BK , 4V6G_DK , 4V6G_BM , 4V6G_DM , 4V6G_BN , 4V6G_DN , 4V6G_BO , 4V6G_DO , 4V6G_BP , 4V6G_DP , 4V6G_B0 , 4V6G_D0 , 4V6G_BQ , 4V6G_DQ , 4V6G_BR , 4V6G_DR , 4V6G_B1 , 4V6G_D1 , 4V6G_AG , 4V6G_CG , 4V6G_B2 , 4V6G_D2 , 4V6G_BS , 4V6G_DS , 4V6G_BT , 4V6G_DT , 4V6G_BU , 4V6G_DU , 4V6G_BV , 4V6G_DV , 4V6G_B3 , 4V6G_D3 , 4V6G_BZ , 4V6G_DZ , 4V6G_BW , 4V6G_DW , 4V6G_BX , 4V6G_DX , 4V6G_B4 , 4V6G_D4 , 4V6G_AH , 4V6G_CH , 4V6G_B5 , 4V6G_D5 , 4V6G_B6 , 4V6G_D6 , 4V6G_B7 , 4V6G_D7 , 4V6G_B8 , 4V6G_D8 , 4V6G_AI , 4V6G_CI , 4V6G_AJ , 4V6G_CJ , 4V6G_AK , 4V6G_CK , 4V6G_AL , 4V6G_CL
4V7J
Structure of rele nuclease bound to the 70s ribosome (precleavage state) Deposition Author(s): Andersen, K.R. , Brodersen, D.E. , Dunham, C.M. , Gao, Y.-G. , Gerdes, K. , Hentschel, J. , Kelley, A.C. , Neubauer, C. , Ramakrishnan, V.
Date: 2009-11-02 Method: X-RAY DIFFRACTION Resolution: 3.3 Å Organism(s): Escherichia Coli K-12 , Thermus Thermophilus , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 4V7J_AB , 4V7J_BB , 4V7J_AK , 4V7J_BK , 4V7J_AL , 4V7J_BL , 4V7J_AM , 4V7J_BM , 4V7J_AN , 4V7J_BN , 4V7J_AO , 4V7J_BO , 4V7J_AP , 4V7J_BP , 4V7J_AQ , 4V7J_BQ , 4V7J_AR , 4V7J_BR , 4V7J_AS , 4V7J_BS , 4V7J_AT , 4V7J_BT , 4V7J_AC , 4V7J_BC , 4V7J_AU , 4V7J_BU , 4V7J_AY , 4V7J_BY , 4V7J_AA , 4V7J_BA , 4V7J_AX , 4V7J_BX , 4V7J_AV , 4V7J_BV , 4V7J_AW , 4V7J_BW , 4V7J_AD , 4V7J_BD , 4V7J_AE , 4V7J_BE , 4V7J_AF , 4V7J_BF , 4V7J_AG , 4V7J_BG , 4V7J_AH , 4V7J_BH , 4V7J_AI , 4V7J_BI , 4V7J_AJ , 4V7J_BJ , 4V7J_AZ , 4V7J_BZ , 4V7J_A0 , 4V7J_B0 , 4V7J_A1 , 4V7J_B1 , 4V7J_A2 , 4V7J_B2 , 4V7J_A3 , 4V7J_B3 , 4V7J_A4 , 4V7J_B4 , 4V7J_A5 , 4V7J_B5 , 4V7J_A6 , 4V7J_B6 , 4V7J_A7 , 4V7J_B7 , 4V7J_A8 , 4V7J_B8 , 4V7J_A9 , 4V7J_B9
4V7K
Structure of rele nuclease bound to the 70s ribosome (postcleavage state) Deposition Author(s): Andersen, K.R. , Brodersen, D.E. , Dunham, C.M. , Gao, Y.-G. , Gerdes, K. , Hentschel, J. , Kelley, A.C. , Neubauer, C. , Ramakrishnan, V.
Date: 2009-11-02 Method: X-RAY DIFFRACTION Resolution: 3.6 Å Organism(s): Escherichia Coli K-12 , Thermus Thermophilus , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 4V7K_AB , 4V7K_BB , 4V7K_AK , 4V7K_BK , 4V7K_AL , 4V7K_BL , 4V7K_AM , 4V7K_BM , 4V7K_AN , 4V7K_BN , 4V7K_AO , 4V7K_BO , 4V7K_AP , 4V7K_BP , 4V7K_AQ , 4V7K_BQ , 4V7K_AR , 4V7K_BR , 4V7K_AS , 4V7K_BS , 4V7K_AT , 4V7K_BT , 4V7K_AC , 4V7K_BC , 4V7K_AU , 4V7K_BU , 4V7K_AY , 4V7K_BY , 4V7K_AA , 4V7K_BA , 4V7K_AX , 4V7K_BX , 4V7K_AV , 4V7K_BV , 4V7K_AW , 4V7K_BW , 4V7K_AD , 4V7K_BD , 4V7K_AE , 4V7K_BE , 4V7K_AF , 4V7K_BF , 4V7K_AG , 4V7K_BG , 4V7K_AH , 4V7K_BH , 4V7K_AI , 4V7K_BI , 4V7K_AJ , 4V7K_BJ , 4V7K_AZ , 4V7K_BZ , 4V7K_A0 , 4V7K_B0 , 4V7K_A1 , 4V7K_B1 , 4V7K_A2 , 4V7K_B2 , 4V7K_A3 , 4V7K_B3 , 4V7K_A4 , 4V7K_B4 , 4V7K_A5 , 4V7K_B5 , 4V7K_A6 , 4V7K_B6 , 4V7K_A7 , 4V7K_B7 , 4V7K_A8 , 4V7K_B8 , 4V7K_A9 , 4V7K_B9
4V7L
The structures of viomycin bound to the 70s ribosome. Deposition Author(s): Blaha, G. , Stanley, R.E.
Date: 2009-11-12 Method: X-RAY DIFFRACTION Resolution: 3 Å Organism(s): Escherichia Coli , Streptomyces Puniceus , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V7L_AA , 4V7L_CA , 4V7L_AJ , 4V7L_CJ , 4V7L_AK , 4V7L_CK , 4V7L_AL , 4V7L_CL , 4V7L_AM , 4V7L_CM , 4V7L_AN , 4V7L_CN , 4V7L_AO , 4V7L_CO , 4V7L_AP , 4V7L_CP , 4V7L_AQ , 4V7L_CQ , 4V7L_AR , 4V7L_CR , 4V7L_AS , 4V7L_CS , 4V7L_AB , 4V7L_CB , 4V7L_AT , 4V7L_CT , 4V7L_AU , 4V7L_CU , 4V7L_AV , 4V7L_CV , 4V7L_AW , 4V7L_CW , 4V7L_AX , 4V7L_CX , 4V7L_AY , 4V7L_CY , 4V7L_AZ , 4V7L_CZ , 4V7L_BA , 4V7L_DA , 4V7L_BB , 4V7L_DB , 4V7L_BC , 4V7L_DC , 4V7L_AC , 4V7L_CC , 4V7L_BD , 4V7L_DD , 4V7L_BE , 4V7L_DE , 4V7L_BF , 4V7L_DF , 4V7L_BG , 4V7L_DG , 4V7L_BH , 4V7L_DH , 4V7L_BI , 4V7L_DI , 4V7L_BN , 4V7L_DN , 4V7L_BO , 4V7L_DO , 4V7L_BP , 4V7L_DP , 4V7L_BQ , 4V7L_DQ , 4V7L_AD , 4V7L_CD , 4V7L_BR , 4V7L_DR , 4V7L_BS , 4V7L_DS , 4V7L_BT , 4V7L_DT , 4V7L_BU , 4V7L_DU , 4V7L_BV , 4V7L_DV , 4V7L_BW , 4V7L_DW , 4V7L_BX , 4V7L_DX , 4V7L_BY , 4V7L_DY , 4V7L_BZ , 4V7L_DZ , 4V7L_B0 , 4V7L_D0 , 4V7L_AE , 4V7L_CE , 4V7L_B1 , 4V7L_D1 , 4V7L_B2 , 4V7L_D2 , 4V7L_B3 , 4V7L_D3 , 4V7L_B4 , 4V7L_D4 , 4V7L_B5 , 4V7L_D5 , 4V7L_B6 , 4V7L_D6 , 4V7L_B7 , 4V7L_D7 , 4V7L_B8 , 4V7L_D8 , 4V7L_B9 , 4V7L_D9 , 4V7L_AF , 4V7L_CF , 4V7L_AG , 4V7L_CG , 4V7L_AH , 4V7L_CH , 4V7L_AI , 4V7L_CI
4V7M
The structures of capreomycin bound to the 70s ribosome. Deposition Author(s): Blaha, G. , Stanley, R.E.
Date: 2009-11-12 Method: X-RAY DIFFRACTION Resolution: 3.45 Å Organism(s): Escherichia Coli , Pectobacterium Wasabiae Wpp163 , Streptomyces Puniceus , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V7M_AA , 4V7M_CA , 4V7M_AJ , 4V7M_CJ , 4V7M_AK , 4V7M_CK , 4V7M_AL , 4V7M_CL , 4V7M_AM , 4V7M_CM , 4V7M_AN , 4V7M_CN , 4V7M_AO , 4V7M_CO , 4V7M_AP , 4V7M_CP , 4V7M_AQ , 4V7M_CQ , 4V7M_AR , 4V7M_CR , 4V7M_AS , 4V7M_CS , 4V7M_AB , 4V7M_CB , 4V7M_AT , 4V7M_CT , 4V7M_AU , 4V7M_CU , 4V7M_AV , 4V7M_CV , 4V7M_AW , 4V7M_CW , 4V7M_AX , 4V7M_AY , 4V7M_CY , 4V7M_AZ , 4V7M_CZ , 4V7M_BA , 4V7M_DA , 4V7M_BB , 4V7M_DB , 4V7M_BC , 4V7M_DC , 4V7M_AC , 4V7M_CC , 4V7M_BD , 4V7M_DD , 4V7M_BE , 4V7M_DE , 4V7M_BF , 4V7M_DF , 4V7M_BG , 4V7M_DG , 4V7M_BH , 4V7M_DH , 4V7M_BI , 4V7M_DI , 4V7M_BN , 4V7M_DN , 4V7M_BO , 4V7M_DO , 4V7M_BP , 4V7M_DP , 4V7M_BQ , 4V7M_DQ , 4V7M_AD , 4V7M_CD , 4V7M_BR , 4V7M_DR , 4V7M_BS , 4V7M_DS , 4V7M_BT , 4V7M_DT , 4V7M_BU , 4V7M_DU , 4V7M_BV , 4V7M_DV , 4V7M_BW , 4V7M_DW , 4V7M_BX , 4V7M_DX , 4V7M_BY , 4V7M_DY , 4V7M_BZ , 4V7M_DZ , 4V7M_B0 , 4V7M_D0 , 4V7M_AE , 4V7M_CE , 4V7M_B1 , 4V7M_D1 , 4V7M_B2 , 4V7M_D2 , 4V7M_B3 , 4V7M_D3 , 4V7M_B4 , 4V7M_D4 , 4V7M_B5 , 4V7M_D5 , 4V7M_B6 , 4V7M_D6 , 4V7M_B7 , 4V7M_D7 , 4V7M_B8 , 4V7M_D8 , 4V7M_B9 , 4V7M_D9 , 4V7M_CX , 4V7M_AF , 4V7M_CF , 4V7M_AG , 4V7M_CG , 4V7M_AH , 4V7M_CH , 4V7M_AI , 4V7M_CI
4V7P
Recognition of the amber stop codon by release factor rf1. Deposition Author(s): Asahara, H. , Korostelev, A. , Noller, H.F. , Zhu, J.
Date: 2010-04-29 Method: X-RAY DIFFRACTION Resolution: 3.62 Å Organism(s): Escherichia Coli , Thermus Thermophilus Sequences Data: 4V7P_AA , 4V7P_DA , 4V7P_AJ , 4V7P_DJ , 4V7P_AK , 4V7P_DK , 4V7P_AL , 4V7P_DL , 4V7P_AM , 4V7P_DM , 4V7P_AN , 4V7P_DN , 4V7P_AO , 4V7P_DO , 4V7P_AP , 4V7P_DP , 4V7P_AQ , 4V7P_DQ , 4V7P_AR , 4V7P_DR , 4V7P_AS , 4V7P_DS , 4V7P_AB , 4V7P_DB , 4V7P_AT , 4V7P_DT , 4V7P_AU , 4V7P_DU , 4V7P_AV , 4V7P_DV , 4V7P_AW , 4V7P_DW , 4V7P_AX , 4V7P_BA , 4V7P_CA , 4V7P_BB , 4V7P_CB , 4V7P_BC , 4V7P_CC , 4V7P_BD , 4V7P_CD , 4V7P_BE , 4V7P_CE , 4V7P_AC , 4V7P_DC , 4V7P_BF , 4V7P_CF , 4V7P_BG , 4V7P_CG , 4V7P_BH , 4V7P_CH , 4V7P_BI , 4V7P_CI , 4V7P_BJ , 4V7P_CJ , 4V7P_BK , 4V7P_CK , 4V7P_BL , 4V7P_CL , 4V7P_BM , 4V7P_CM , 4V7P_BN , 4V7P_CN , 4V7P_BO , 4V7P_CO , 4V7P_AD , 4V7P_DD , 4V7P_BP , 4V7P_CP , 4V7P_BQ , 4V7P_CQ , 4V7P_BR , 4V7P_CR , 4V7P_BS , 4V7P_CS , 4V7P_BT , 4V7P_CT , 4V7P_BU , 4V7P_CU , 4V7P_BV , 4V7P_CV , 4V7P_BW , 4V7P_CW , 4V7P_BX , 4V7P_CX , 4V7P_BY , 4V7P_CY , 4V7P_AE , 4V7P_DE , 4V7P_BZ , 4V7P_CZ , 4V7P_B1 , 4V7P_C1 , 4V7P_B2 , 4V7P_C2 , 4V7P_B3 , 4V7P_C3 , 4V7P_B4 , 4V7P_C4 , 4V7P_B5 , 4V7P_C5 , 4V7P_DX , 4V7P_AF , 4V7P_DF , 4V7P_AG , 4V7P_DG , 4V7P_AH , 4V7P_DH , 4V7P_AI , 4V7P_DI
4V7W
Structure of the thermus thermophilus ribosome complexed with chloramphenicol. Deposition Author(s): Blaha, G. , Bulkley, D.P. , Innis, C.A. , Steitz, T.A.
Date: 2010-08-16 Method: X-RAY DIFFRACTION Resolution: 3 Å Organism(s): Thermus Thermophilus Sequences Data: 4V7W_AA , 4V7W_CA , 4V7W_AJ , 4V7W_CJ , 4V7W_AK , 4V7W_CK , 4V7W_AL , 4V7W_CL , 4V7W_AM , 4V7W_CM , 4V7W_AN , 4V7W_CN , 4V7W_AO , 4V7W_CO , 4V7W_AP , 4V7W_CP , 4V7W_AQ , 4V7W_CQ , 4V7W_AR , 4V7W_CR , 4V7W_AS , 4V7W_CS , 4V7W_AB , 4V7W_CB , 4V7W_AT , 4V7W_CT , 4V7W_AU , 4V7W_CU , 4V7W_B0 , 4V7W_D0 , 4V7W_B1 , 4V7W_D1 , 4V7W_B2 , 4V7W_D2 , 4V7W_B3 , 4V7W_D3 , 4V7W_B4 , 4V7W_D4 , 4V7W_B5 , 4V7W_D5 , 4V7W_B6 , 4V7W_D6 , 4V7W_B7 , 4V7W_D7 , 4V7W_AC , 4V7W_CC , 4V7W_B8 , 4V7W_D8 , 4V7W_BA , 4V7W_DA , 4V7W_BB , 4V7W_DB , 4V7W_BD , 4V7W_DD , 4V7W_BE , 4V7W_DE , 4V7W_BF , 4V7W_DF , 4V7W_BG , 4V7W_DG , 4V7W_BH , 4V7W_DH , 4V7W_BI , 4V7W_DI , 4V7W_BN , 4V7W_DN , 4V7W_AD , 4V7W_CD , 4V7W_BO , 4V7W_DO , 4V7W_BP , 4V7W_DP , 4V7W_BQ , 4V7W_DQ , 4V7W_BR , 4V7W_DR , 4V7W_BS , 4V7W_DS , 4V7W_BT , 4V7W_DT , 4V7W_BU , 4V7W_DU , 4V7W_BV , 4V7W_DV , 4V7W_BW , 4V7W_DW , 4V7W_BX , 4V7W_DX , 4V7W_AE , 4V7W_CE , 4V7W_BY , 4V7W_DY , 4V7W_BZ , 4V7W_DZ , 4V7W_AF , 4V7W_CF , 4V7W_AG , 4V7W_CG , 4V7W_AH , 4V7W_CH , 4V7W_AI , 4V7W_CI