Search Query :
4V4Z
70s thermus thermophilous ribosome functional complex with mrna and e- and p-site trnas at 4.5a. Deposition Author(s): Jenner, L. , Moras, D. , Rees, B. , Yusupov, M. , Yusupova, G.
Date: 2006-06-27 Method: X-RAY DIFFRACTION Resolution: 4.51 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V4Z_AA , 4V4Z_AJ , 4V4Z_AK , 4V4Z_AL , 4V4Z_AM , 4V4Z_AN , 4V4Z_AO , 4V4Z_AP , 4V4Z_AQ , 4V4Z_AR , 4V4Z_AS , 4V4Z_AC , 4V4Z_AT , 4V4Z_AU , 4V4Z_AV , 4V4Z_AW , 4V4Z_AX , 4V4Z_BA , 4V4Z_BB , 4V4Z_BC , 4V4Z_BD , 4V4Z_BE , 4V4Z_AD , 4V4Z_BF , 4V4Z_BG , 4V4Z_BH , 4V4Z_BK , 4V4Z_BL , 4V4Z_BM , 4V4Z_BN , 4V4Z_BO , 4V4Z_BP , 4V4Z_BQ , 4V4Z_A1 , 4V4Z_BR , 4V4Z_BS , 4V4Z_BT , 4V4Z_BU , 4V4Z_BV , 4V4Z_BW , 4V4Z_BX , 4V4Z_BY , 4V4Z_BZ , 4V4Z_B1 , 4V4Z_AE , 4V4Z_B2 , 4V4Z_B3 , 4V4Z_B4 , 4V4Z_B5 , 4V4Z_B6 , 4V4Z_B7 , 4V4Z_B8 , 4V4Z_AF , 4V4Z_AG , 4V4Z_AH , 4V4Z_AI
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
4V7R
Yeast 80s ribosome. Deposition Author(s): Ben-Shem, A. , Jenner, L. , Yusupov, M. , Yusupova, G.
Date: 2010-07-23 Method: X-RAY DIFFRACTION Resolution: 4 Å Organism(s): Saccharomyces Cerevisiae , Saccharomyces Cerevisiae S288C Sequences Data: 4V7R_A1 , 4V7R_C1 , 4V7R_AI , 4V7R_CI , 4V7R_AJ , 4V7R_CJ , 4V7R_AK , 4V7R_CK , 4V7R_AL , 4V7R_CL , 4V7R_AM , 4V7R_CM , 4V7R_AN , 4V7R_CN , 4V7R_AO , 4V7R_CO , 4V7R_AP , 4V7R_CP , 4V7R_AQ , 4V7R_CQ , 4V7R_AR , 4V7R_CR , 4V7R_AA , 4V7R_CA , 4V7R_AS , 4V7R_CS , 4V7R_AT , 4V7R_CT , 4V7R_BO , 4V7R_AB , 4V7R_CB , 4V7R_AC , 4V7R_CC , 4V7R_AD , 4V7R_CD , 4V7R_AE , 4V7R_BJ , 4V7R_DJ , 4V7R_AF , 4V7R_AH , 4V7R_CH , 4V7R_B1 , 4V7R_D1 , 4V7R_B2 , 4V7R_D2 , 4V7R_B3 , 4V7R_D3 , 4V7R_BA , 4V7R_DA , 4V7R_BB , 4V7R_DB , 4V7R_BC , 4V7R_DC , 4V7R_BD , 4V7R_DD , 4V7R_BE , 4V7R_DE , 4V7R_BF , 4V7R_DF , 4V7R_BG , 4V7R_DG , 4V7R_BH , 4V7R_DH , 4V7R_BI , 4V7R_DI , 4V7R_BK , 4V7R_DK , 4V7R_BN , 4V7R_DN , 4V7R_DO , 4V7R_BP , 4V7R_DP , 4V7R_BQ , 4V7R_DQ , 4V7R_BR , 4V7R_DR , 4V7R_BS , 4V7R_DS , 4V7R_BT , 4V7R_DT , 4V7R_BU , 4V7R_DU , 4V7R_BV , 4V7R_DV , 4V7R_BW , 4V7R_DW , 4V7R_BX , 4V7R_DX , 4V7R_BY , 4V7R_DY , 4V7R_BZ , 4V7R_DZ , 4V7R_CE , 4V7R_BL , 4V7R_BM , 4V7R_CF , 4V7R_DL , 4V7R_DM , 4V7R_AG , 4V7R_CG
4V87
Crystal structure analysis of ribosomal decoding. Deposition Author(s): Demeshkina, N. , Jenner, L. , Yusupov, M. , Yusupova, G.
Date: 2011-09-20 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V87_AA , 4V87_DA , 4V87_AN , 4V87_DN , 4V87_AO , 4V87_DO , 4V87_AP , 4V87_DP , 4V87_A0 , 4V87_D0 , 4V87_AQ , 4V87_DQ , 4V87_AR , 4V87_DR , 4V87_A1 , 4V87_D1 , 4V87_A2 , 4V87_D2 , 4V87_AS , 4V87_DS , 4V87_AT , 4V87_DT , 4V87_AB , 4V87_DB , 4V87_AU , 4V87_DU , 4V87_AV , 4V87_DV , 4V87_A3 , 4V87_D3 , 4V87_AZ , 4V87_DZ , 4V87_AW , 4V87_DW , 4V87_AX , 4V87_DX , 4V87_A4 , 4V87_D4 , 4V87_A5 , 4V87_D5 , 4V87_A6 , 4V87_D6 , 4V87_A7 , 4V87_D7 , 4V87_AD , 4V87_DD , 4V87_A8 , 4V87_D8 , 4V87_BA , 4V87_CA , 4V87_BE , 4V87_CE , 4V87_BF , 4V87_CF , 4V87_BG , 4V87_CG , 4V87_BH , 4V87_CH , 4V87_BI , 4V87_CI , 4V87_BJ , 4V87_CJ , 4V87_BK , 4V87_CK , 4V87_BL , 4V87_CL , 4V87_AE , 4V87_DE , 4V87_BM , 4V87_CM , 4V87_BN , 4V87_CN , 4V87_BO , 4V87_CO , 4V87_BP , 4V87_CP , 4V87_BQ , 4V87_CQ , 4V87_BR , 4V87_CR , 4V87_BS , 4V87_CS , 4V87_BT , 4V87_CT , 4V87_BU , 4V87_CU , 4V87_BV , 4V87_CV , 4V87_AF , 4V87_DF , 4V87_BW , 4V87_CW , 4V87_BX , 4V87_CX , 4V87_BB , 4V87_CB , 4V87_BC , 4V87_BD , 4V87_CC , 4V87_CD , 4V87_B1 , 4V87_C1 , 4V87_AG , 4V87_DG , 4V87_AH , 4V87_DH , 4V87_AK , 4V87_DK , 4V87_AM , 4V87_DM
4V88
The structure of the eukaryotic ribosome at 3.0 a resolution. Deposition Author(s): Ben-Shem, A. , Garreau De Loubresse, N. , Jenner, L. , Melnikov, S. , Yusupov, M. , Yusupova, G.
Date: 2011-10-11 Method: X-RAY DIFFRACTION Resolution: 3 Å Organism(s): Saccharomyces Cerevisiae Sequences Data: 4V88_A2 , 4V88_AI , 4V88_CI , 4V88_AJ , 4V88_CJ , 4V88_AK , 4V88_CK , 4V88_AL , 4V88_CL , 4V88_AM , 4V88_CM , 4V88_AN , 4V88_CN , 4V88_AO , 4V88_CO , 4V88_AP , 4V88_CP , 4V88_AQ , 4V88_CQ , 4V88_AR , 4V88_CR , 4V88_AA , 4V88_CA , 4V88_AS , 4V88_CS , 4V88_AT , 4V88_CT , 4V88_AU , 4V88_CU , 4V88_AV , 4V88_CV , 4V88_AW , 4V88_CW , 4V88_AX , 4V88_CX , 4V88_AY , 4V88_CY , 4V88_AZ , 4V88_CZ , 4V88_AB , 4V88_CB , 4V88_AC , 4V88_CC , 4V88_AD , 4V88_CD , 4V88_AE , 4V88_CE , 4V88_AF , 4V88_CF , 4V88_AG , 4V88_CG , 4V88_AH , 4V88_A1 , 4V88_A5 , 4V88_A3 , 4V88_A7 , 4V88_A4 , 4V88_A8 , 4V88_BA , 4V88_DA , 4V88_BB , 4V88_DB , 4V88_BC , 4V88_DC , 4V88_BD , 4V88_DD , 4V88_BE , 4V88_DE , 4V88_BF , 4V88_DF , 4V88_BG , 4V88_DG , 4V88_BH , 4V88_DH , 4V88_BI , 4V88_DI , 4V88_BJ , 4V88_DJ , 4V88_BL , 4V88_DL , 4V88_BM , 4V88_DM , 4V88_BN , 4V88_DN , 4V88_BO , 4V88_DO , 4V88_BP , 4V88_DP , 4V88_BQ , 4V88_DQ , 4V88_BR , 4V88_DR , 4V88_BS , 4V88_DS , 4V88_BT , 4V88_DT , 4V88_BU , 4V88_DU , 4V88_BV , 4V88_DV , 4V88_BW , 4V88_DW , 4V88_BX , 4V88_DX , 4V88_BY , 4V88_DY , 4V88_BZ , 4V88_DZ , 4V88_BK , 4V88_DK , 4V88_A6 , 4V88_CH
4V8B
Crystal structure analysis of ribosomal decoding (near-cognate trna-leu complex). Deposition Author(s): Demeshkina, N. , Jenner, L. , Yusupov, M. , Yusupova, G.
Date: 2011-12-06 Method: X-RAY DIFFRACTION Resolution: 3 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V8B_AA , 4V8B_CA , 4V8B_AM , 4V8B_CM , 4V8B_AN , 4V8B_CN , 4V8B_AO , 4V8B_CO , 4V8B_AP , 4V8B_CP , 4V8B_AQ , 4V8B_CQ , 4V8B_AR , 4V8B_CR , 4V8B_AS , 4V8B_CS , 4V8B_AT , 4V8B_CT , 4V8B_AU , 4V8B_CU , 4V8B_AV , 4V8B_CV , 4V8B_AE , 4V8B_CE , 4V8B_AW , 4V8B_CW , 4V8B_AX , 4V8B_CX , 4V8B_AB , 4V8B_CB , 4V8B_AC , 4V8B_AD , 4V8B_CC , 4V8B_CD , 4V8B_A1 , 4V8B_C1 , 4V8B_BA , 4V8B_DA , 4V8B_BB , 4V8B_DB , 4V8B_BD , 4V8B_DD , 4V8B_BE , 4V8B_DE , 4V8B_BF , 4V8B_DF , 4V8B_AF , 4V8B_CF , 4V8B_BG , 4V8B_DG , 4V8B_BH , 4V8B_DH , 4V8B_BK , 4V8B_DK , 4V8B_BM , 4V8B_DM , 4V8B_BN , 4V8B_DN , 4V8B_BO , 4V8B_DO , 4V8B_BP , 4V8B_DP , 4V8B_B0 , 4V8B_D0 , 4V8B_BQ , 4V8B_DQ , 4V8B_BR , 4V8B_DR , 4V8B_AG , 4V8B_CG , 4V8B_B1 , 4V8B_D1 , 4V8B_B2 , 4V8B_D2 , 4V8B_BS , 4V8B_DS , 4V8B_BT , 4V8B_DT , 4V8B_BU , 4V8B_DU , 4V8B_BV , 4V8B_DV , 4V8B_B3 , 4V8B_D3 , 4V8B_BZ , 4V8B_DZ , 4V8B_BW , 4V8B_DW , 4V8B_BX , 4V8B_DX , 4V8B_AH , 4V8B_CH , 4V8B_B4 , 4V8B_D4 , 4V8B_B5 , 4V8B_D5 , 4V8B_B6 , 4V8B_D6 , 4V8B_B7 , 4V8B_D7 , 4V8B_B8 , 4V8B_D8 , 4V8B_AI , 4V8B_CI , 4V8B_AJ , 4V8B_CJ , 4V8B_AK , 4V8B_CK , 4V8B_AL , 4V8B_CL
4V8C
Crystal structure analysis of ribosomal decoding (near-cognate trna-leu complex with paromomycin). Deposition Author(s): Demeshkina, N. , Jenner, L. , Yusupov, M. , Yusupova, G.
Date: 2011-12-07 Method: X-RAY DIFFRACTION Resolution: 3.3 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V8C_AA , 4V8C_BA , 4V8C_AN , 4V8C_BN , 4V8C_AO , 4V8C_BO , 4V8C_AP , 4V8C_BP , 4V8C_A0 , 4V8C_B0 , 4V8C_AQ , 4V8C_BQ , 4V8C_AR , 4V8C_BR , 4V8C_A1 , 4V8C_B1 , 4V8C_A2 , 4V8C_B2 , 4V8C_AS , 4V8C_BS , 4V8C_AT , 4V8C_BT , 4V8C_AB , 4V8C_BB , 4V8C_AU , 4V8C_BU , 4V8C_AV , 4V8C_BV , 4V8C_A3 , 4V8C_B3 , 4V8C_AZ , 4V8C_BZ , 4V8C_AW , 4V8C_BW , 4V8C_AX , 4V8C_BX , 4V8C_A4 , 4V8C_B4 , 4V8C_A5 , 4V8C_B5 , 4V8C_A6 , 4V8C_B6 , 4V8C_A7 , 4V8C_B7 , 4V8C_AD , 4V8C_BD , 4V8C_A8 , 4V8C_B8 , 4V8C_CA , 4V8C_DA , 4V8C_CE , 4V8C_DE , 4V8C_CF , 4V8C_DF , 4V8C_CG , 4V8C_DG , 4V8C_CH , 4V8C_DH , 4V8C_CI , 4V8C_DI , 4V8C_CJ , 4V8C_DJ , 4V8C_CK , 4V8C_DK , 4V8C_CL , 4V8C_DL , 4V8C_AE , 4V8C_BE , 4V8C_CM , 4V8C_DM , 4V8C_CN , 4V8C_DN , 4V8C_CO , 4V8C_DO , 4V8C_CP , 4V8C_DP , 4V8C_CQ , 4V8C_DQ , 4V8C_CR , 4V8C_DR , 4V8C_CS , 4V8C_DS , 4V8C_CT , 4V8C_DT , 4V8C_CU , 4V8C_DU , 4V8C_CV , 4V8C_DV , 4V8C_AF , 4V8C_BF , 4V8C_CW , 4V8C_DW , 4V8C_CX , 4V8C_DX , 4V8C_CB , 4V8C_DB , 4V8C_CC , 4V8C_CD , 4V8C_DC , 4V8C_DD , 4V8C_C1 , 4V8C_D1 , 4V8C_AG , 4V8C_BG , 4V8C_AH , 4V8C_BH , 4V8C_AK , 4V8C_BK , 4V8C_AM , 4V8C_BM
4V8D
Structure analysis of ribosomal decoding (cognate trna-tyr complex). Deposition Author(s): Demeshkina, N. , Jenner, L. , Yusupov, M. , Yusupova, G.
Date: 2011-12-07 Method: X-RAY DIFFRACTION Resolution: 3 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V8D_AA , 4V8D_CA , 4V8D_AM , 4V8D_CM , 4V8D_AN , 4V8D_CN , 4V8D_AO , 4V8D_CO , 4V8D_AP , 4V8D_CP , 4V8D_AQ , 4V8D_CQ , 4V8D_AR , 4V8D_CR , 4V8D_AS , 4V8D_CS , 4V8D_AT , 4V8D_CT , 4V8D_AU , 4V8D_CU , 4V8D_AV , 4V8D_CV , 4V8D_AE , 4V8D_CE , 4V8D_AW , 4V8D_CW , 4V8D_AX , 4V8D_CX , 4V8D_AB , 4V8D_AD , 4V8D_CB , 4V8D_CD , 4V8D_AC , 4V8D_CC , 4V8D_A1 , 4V8D_C1 , 4V8D_BA , 4V8D_DA , 4V8D_BB , 4V8D_DB , 4V8D_BD , 4V8D_DD , 4V8D_BE , 4V8D_DE , 4V8D_BF , 4V8D_DF , 4V8D_AF , 4V8D_CF , 4V8D_BG , 4V8D_DG , 4V8D_BH , 4V8D_DH , 4V8D_BK , 4V8D_DK , 4V8D_BM , 4V8D_DM , 4V8D_BN , 4V8D_DN , 4V8D_BO , 4V8D_DO , 4V8D_BP , 4V8D_DP , 4V8D_B0 , 4V8D_D0 , 4V8D_BQ , 4V8D_DQ , 4V8D_BR , 4V8D_DR , 4V8D_AG , 4V8D_CG , 4V8D_B1 , 4V8D_D1 , 4V8D_B2 , 4V8D_D2 , 4V8D_BS , 4V8D_DS , 4V8D_BT , 4V8D_DT , 4V8D_BU , 4V8D_DU , 4V8D_BV , 4V8D_DV , 4V8D_B3 , 4V8D_D3 , 4V8D_BZ , 4V8D_DZ , 4V8D_BW , 4V8D_DW , 4V8D_BX , 4V8D_DX , 4V8D_AH , 4V8D_CH , 4V8D_B4 , 4V8D_D4 , 4V8D_B5 , 4V8D_D5 , 4V8D_B6 , 4V8D_D6 , 4V8D_B7 , 4V8D_D7 , 4V8D_B8 , 4V8D_D8 , 4V8D_AI , 4V8D_CI , 4V8D_AJ , 4V8D_CJ , 4V8D_AK , 4V8D_CK , 4V8D_AL , 4V8D_CL
4V8E
Crystal structure analysis of ribosomal decoding (near-cognate trna-tyr complex). Deposition Author(s): Demeshkina, N. , Jenner, L. , Yusupov, M. , Yusupova, G.
Date: 2011-12-07 Method: X-RAY DIFFRACTION Resolution: 3.3 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V8E_AA , 4V8E_CA , 4V8E_AN , 4V8E_CN , 4V8E_AO , 4V8E_CO , 4V8E_AP , 4V8E_CP , 4V8E_A0 , 4V8E_C0 , 4V8E_AQ , 4V8E_CQ , 4V8E_AR , 4V8E_CR , 4V8E_A1 , 4V8E_C1 , 4V8E_A2 , 4V8E_C2 , 4V8E_AS , 4V8E_CS , 4V8E_AT , 4V8E_CT , 4V8E_AB , 4V8E_CB , 4V8E_AU , 4V8E_CU , 4V8E_AV , 4V8E_CV , 4V8E_A3 , 4V8E_C3 , 4V8E_AZ , 4V8E_CZ , 4V8E_AW , 4V8E_CW , 4V8E_AX , 4V8E_CX , 4V8E_A4 , 4V8E_C4 , 4V8E_A5 , 4V8E_C5 , 4V8E_A6 , 4V8E_C6 , 4V8E_A7 , 4V8E_C7 , 4V8E_AD , 4V8E_CD , 4V8E_A8 , 4V8E_C8 , 4V8E_BA , 4V8E_DA , 4V8E_BE , 4V8E_DE , 4V8E_BF , 4V8E_DF , 4V8E_BG , 4V8E_DG , 4V8E_BH , 4V8E_DH , 4V8E_BI , 4V8E_DI , 4V8E_BJ , 4V8E_DJ , 4V8E_BK , 4V8E_DK , 4V8E_BL , 4V8E_DL , 4V8E_AE , 4V8E_CE , 4V8E_BM , 4V8E_DM , 4V8E_BN , 4V8E_DN , 4V8E_BO , 4V8E_DO , 4V8E_BP , 4V8E_DP , 4V8E_BQ , 4V8E_DQ , 4V8E_BR , 4V8E_DR , 4V8E_BS , 4V8E_DS , 4V8E_BT , 4V8E_DT , 4V8E_BU , 4V8E_DU , 4V8E_BV , 4V8E_DV , 4V8E_AF , 4V8E_CF , 4V8E_BW , 4V8E_DW , 4V8E_BX , 4V8E_DX , 4V8E_BB , 4V8E_BD , 4V8E_DB , 4V8E_DD , 4V8E_BC , 4V8E_DC , 4V8E_B1 , 4V8E_D1 , 4V8E_AG , 4V8E_CG , 4V8E_AH , 4V8E_CH , 4V8E_AK , 4V8E_CK , 4V8E_AM , 4V8E_CM