Search Query :
4V9J
70s ribosome translocation intermediate gdpnp-ii containing elongation factor efg/gdpnp, mrna, and trna bound in the pe*/e state. Deposition Author(s): Donohue, J.P. , Lancaster, L. , Noller, H.F. , Zhou, J.
Date: 2013-04-23 Method: X-RAY DIFFRACTION Resolution: 3.86 Å Organism(s): Adineta Vaga , Human Immunodeficiency Virus Type 1 (Isolate Yu2) , Scytalidium Thermophilum Sequences Data: 4V9J_AB , 4V9J_CB , 4V9J_AK , 4V9J_CK , 4V9J_AL , 4V9J_CL , 4V9J_AM , 4V9J_CM , 4V9J_AN , 4V9J_CN , 4V9J_AO , 4V9J_CO , 4V9J_AP , 4V9J_CP , 4V9J_AQ , 4V9J_CQ , 4V9J_AR , 4V9J_CR , 4V9J_AS , 4V9J_CS , 4V9J_AT , 4V9J_CT , 4V9J_AC , 4V9J_CC , 4V9J_AA , 4V9J_CA , 4V9J_AV , 4V9J_CV , 4V9J_AW , 4V9J_CW , 4V9J_AY , 4V9J_CY , 4V9J_AU , 4V9J_CU , 4V9J_BC , 4V9J_DC , 4V9J_BD , 4V9J_DD , 4V9J_BE , 4V9J_DE , 4V9J_BF , 4V9J_DF , 4V9J_BG , 4V9J_DG , 4V9J_AD , 4V9J_CD , 4V9J_BH , 4V9J_DH , 4V9J_BJ , 4V9J_DJ , 4V9J_BK , 4V9J_DK , 4V9J_BO , 4V9J_DO , 4V9J_BP , 4V9J_DP , 4V9J_BQ , 4V9J_DQ , 4V9J_BR , 4V9J_DR , 4V9J_BS , 4V9J_DS , 4V9J_BT , 4V9J_DT , 4V9J_BU , 4V9J_DU , 4V9J_AE , 4V9J_CE , 4V9J_BV , 4V9J_DV , 4V9J_BW , 4V9J_DW , 4V9J_BX , 4V9J_DX , 4V9J_BY , 4V9J_DY , 4V9J_BZ , 4V9J_DZ , 4V9J_B0 , 4V9J_D0 , 4V9J_B1 , 4V9J_D1 , 4V9J_B4 , 4V9J_D4 , 4V9J_BN , 4V9J_DN , 4V9J_B2 , 4V9J_D2 , 4V9J_AF , 4V9J_CF , 4V9J_B3 , 4V9J_D3 , 4V9J_B5 , 4V9J_D5 , 4V9J_B6 , 4V9J_D6 , 4V9J_B7 , 4V9J_D7 , 4V9J_B8 , 4V9J_D8 , 4V9J_B9 , 4V9J_D9 , 4V9J_BB , 4V9J_DB , 4V9J_AG , 4V9J_CG , 4V9J_BA , 4V9J_DA , 4V9J_AH , 4V9J_CH , 4V9J_AI , 4V9J_CI , 4V9J_AJ , 4V9J_CJ
4V9K
70s ribosome translocation intermediate gdpnp-i containing elongation factor efg/gdpnp, mrna, and trna bound in the pe*/e state. Deposition Author(s): Donohue, J.P. , Lancaster, L. , Noller, H.F. , Zhou, J.
Date: 2013-04-24 Method: X-RAY DIFFRACTION Resolution: 3.5 Å Organism(s): Adineta Vaga , Human Immunodeficiency Virus Type 1 (Isolate Yu2) , Scytalidium Thermophilum Sequences Data: 4V9K_AB , 4V9K_CB , 4V9K_AK , 4V9K_CK , 4V9K_AL , 4V9K_CL , 4V9K_AM , 4V9K_CM , 4V9K_AN , 4V9K_CN , 4V9K_AO , 4V9K_CO , 4V9K_AP , 4V9K_CP , 4V9K_AQ , 4V9K_CQ , 4V9K_AR , 4V9K_CR , 4V9K_AS , 4V9K_CS , 4V9K_AT , 4V9K_CT , 4V9K_AC , 4V9K_CC , 4V9K_AY , 4V9K_CY , 4V9K_AA , 4V9K_CA , 4V9K_AW , 4V9K_CW , 4V9K_AV , 4V9K_CV , 4V9K_AU , 4V9K_CU , 4V9K_BC , 4V9K_DC , 4V9K_BD , 4V9K_DD , 4V9K_BE , 4V9K_DE , 4V9K_BF , 4V9K_DF , 4V9K_BG , 4V9K_DG , 4V9K_AD , 4V9K_CD , 4V9K_BH , 4V9K_DH , 4V9K_BJ , 4V9K_DJ , 4V9K_BK , 4V9K_DK , 4V9K_BN , 4V9K_DN , 4V9K_BO , 4V9K_DO , 4V9K_BP , 4V9K_DP , 4V9K_BQ , 4V9K_DQ , 4V9K_BR , 4V9K_DR , 4V9K_BS , 4V9K_DS , 4V9K_BT , 4V9K_DT , 4V9K_AE , 4V9K_CE , 4V9K_BU , 4V9K_DU , 4V9K_BV , 4V9K_DV , 4V9K_BW , 4V9K_DW , 4V9K_BX , 4V9K_DX , 4V9K_BY , 4V9K_DY , 4V9K_BZ , 4V9K_DZ , 4V9K_B0 , 4V9K_D0 , 4V9K_B2 , 4V9K_D2 , 4V9K_B3 , 4V9K_D3 , 4V9K_B5 , 4V9K_D5 , 4V9K_AF , 4V9K_CF , 4V9K_B6 , 4V9K_D6 , 4V9K_B7 , 4V9K_D7 , 4V9K_B8 , 4V9K_D8 , 4V9K_B9 , 4V9K_D9 , 4V9K_B1 , 4V9K_D1 , 4V9K_B4 , 4V9K_D4 , 4V9K_BA , 4V9K_DA , 4V9K_AG , 4V9K_CG , 4V9K_BB , 4V9K_DB , 4V9K_AH , 4V9K_CH , 4V9K_AI , 4V9K_CI , 4V9K_AJ , 4V9K_CJ
4V9L
70s ribosome translocation intermediate fa-3.6a containing elongation factor efg/fusidic acid/gdp, mrna, and trna bound in the pe*/e state. Deposition Author(s): Donohue, J.P. , Lancaster, L. , Noller, H.F. , Zhou, J.
Date: 2013-04-24 Method: X-RAY DIFFRACTION Resolution: 3.5 Å Organism(s): Adineta Vaga , Human Immunodeficiency Virus Type 1 (Isolate Yu2) , Scytalidium Thermophilum Sequences Data: 4V9L_AB , 4V9L_CB , 4V9L_AK , 4V9L_CK , 4V9L_AL , 4V9L_CL , 4V9L_AM , 4V9L_CM , 4V9L_AN , 4V9L_CN , 4V9L_AO , 4V9L_CO , 4V9L_AP , 4V9L_CP , 4V9L_AQ , 4V9L_CQ , 4V9L_AR , 4V9L_CR , 4V9L_AS , 4V9L_CS , 4V9L_AT , 4V9L_CT , 4V9L_AC , 4V9L_CC , 4V9L_AA , 4V9L_CA , 4V9L_AW , 4V9L_CW , 4V9L_AV , 4V9L_CV , 4V9L_AY , 4V9L_CY , 4V9L_AU , 4V9L_CU , 4V9L_BC , 4V9L_DC , 4V9L_BD , 4V9L_DD , 4V9L_BE , 4V9L_DE , 4V9L_BF , 4V9L_DF , 4V9L_BG , 4V9L_DG , 4V9L_AD , 4V9L_CD , 4V9L_BH , 4V9L_DH , 4V9L_BJ , 4V9L_DJ , 4V9L_BK , 4V9L_DK , 4V9L_BN , 4V9L_DN , 4V9L_BO , 4V9L_DO , 4V9L_BP , 4V9L_DP , 4V9L_BQ , 4V9L_DQ , 4V9L_BR , 4V9L_DR , 4V9L_BS , 4V9L_DS , 4V9L_BT , 4V9L_DT , 4V9L_AE , 4V9L_CE , 4V9L_BU , 4V9L_DU , 4V9L_BV , 4V9L_DV , 4V9L_BW , 4V9L_DW , 4V9L_BX , 4V9L_DX , 4V9L_BY , 4V9L_DY , 4V9L_BZ , 4V9L_DZ , 4V9L_B0 , 4V9L_D0 , 4V9L_B2 , 4V9L_D2 , 4V9L_B3 , 4V9L_D3 , 4V9L_B5 , 4V9L_D5 , 4V9L_AF , 4V9L_CF , 4V9L_B6 , 4V9L_D6 , 4V9L_B7 , 4V9L_D7 , 4V9L_B8 , 4V9L_D8 , 4V9L_B9 , 4V9L_D9 , 4V9L_B1 , 4V9L_D1 , 4V9L_B4 , 4V9L_D4 , 4V9L_BA , 4V9L_DA , 4V9L_AG , 4V9L_CG , 4V9L_BB , 4V9L_DB , 4V9L_AH , 4V9L_CH , 4V9L_AI , 4V9L_CI , 4V9L_AJ , 4V9L_CJ
4V9M
70s ribosome translocation intermediate fa-4.2a containing elongation factor efg/fusidic acid/gdp, mrna, and trna bound in the pe*/e state. Deposition Author(s): Donohue, J.P. , Lancaster, L. , Noller, H.F. , Zhou, J.
Date: 2013-04-25 Method: X-RAY DIFFRACTION Resolution: 4 Å Organism(s): Adineta Vaga , Scytalidium Thermophilum Sequences Data: 4V9M_AB , 4V9M_CB , 4V9M_AK , 4V9M_CK , 4V9M_AL , 4V9M_CL , 4V9M_AM , 4V9M_CM , 4V9M_AN , 4V9M_CN , 4V9M_AO , 4V9M_CO , 4V9M_AP , 4V9M_CP , 4V9M_AQ , 4V9M_CQ , 4V9M_AR , 4V9M_CR , 4V9M_AS , 4V9M_CS , 4V9M_AT , 4V9M_CT , 4V9M_AC , 4V9M_CC , 4V9M_AA , 4V9M_CA , 4V9M_AW , 4V9M_CW , 4V9M_AV , 4V9M_CV , 4V9M_AY , 4V9M_CY , 4V9M_BC , 4V9M_DC , 4V9M_BD , 4V9M_DD , 4V9M_BE , 4V9M_DE , 4V9M_BF , 4V9M_DF , 4V9M_BG , 4V9M_DG , 4V9M_BH , 4V9M_DH , 4V9M_AD , 4V9M_CD , 4V9M_BJ , 4V9M_DJ , 4V9M_BK , 4V9M_DK , 4V9M_BN , 4V9M_DN , 4V9M_BO , 4V9M_DO , 4V9M_BP , 4V9M_DP , 4V9M_BQ , 4V9M_DQ , 4V9M_BR , 4V9M_DR , 4V9M_BS , 4V9M_DS , 4V9M_BT , 4V9M_DT , 4V9M_BU , 4V9M_DU , 4V9M_AE , 4V9M_CE , 4V9M_BV , 4V9M_DV , 4V9M_BW , 4V9M_DW , 4V9M_BX , 4V9M_DX , 4V9M_BY , 4V9M_DY , 4V9M_BZ , 4V9M_DZ , 4V9M_B0 , 4V9M_D0 , 4V9M_B2 , 4V9M_D2 , 4V9M_B3 , 4V9M_D3 , 4V9M_B5 , 4V9M_D5 , 4V9M_B6 , 4V9M_D6 , 4V9M_AF , 4V9M_CF , 4V9M_B7 , 4V9M_D7 , 4V9M_B8 , 4V9M_D8 , 4V9M_B9 , 4V9M_D9 , 4V9M_B1 , 4V9M_D1 , 4V9M_B4 , 4V9M_D4 , 4V9M_BA , 4V9M_DA , 4V9M_BB , 4V9M_DB , 4V9M_AG , 4V9M_CG , 4V9M_AH , 4V9M_CH , 4V9M_AI , 4V9M_CI , 4V9M_AJ , 4V9M_CJ
4V9N
Crystal structure of the 70s ribosome bound with the q253p mutant of release factor rf2. Deposition Author(s): Donohue, J.P. , Korostelev, A.A. , Noller, H.F. , Santos, N. , Zhu, J.
Date: 2013-04-26 Method: X-RAY DIFFRACTION Resolution: 3.4 Å Organism(s): Scytalidium Thermophilum Sequences Data: 4V9N_AA , 4V9N_CA , 4V9N_AG , 4V9N_CG , 4V9N_AH , 4V9N_CH , 4V9N_AI , 4V9N_CI , 4V9N_AJ , 4V9N_CJ , 4V9N_AK , 4V9N_CK , 4V9N_AL , 4V9N_CL , 4V9N_AM , 4V9N_CM , 4V9N_AN , 4V9N_CN , 4V9N_AO , 4V9N_CO , 4V9N_AP , 4V9N_CP , 4V9N_AV , 4V9N_CV , 4V9N_AQ , 4V9N_CQ , 4V9N_AR , 4V9N_CR , 4V9N_AS , 4V9N_CS , 4V9N_AT , 4V9N_CT , 4V9N_AU , 4V9N_CU , 4V9N_BA , 4V9N_DA , 4V9N_BB , 4V9N_DB , 4V9N_BD , 4V9N_DD , 4V9N_BE , 4V9N_DE , 4V9N_BF , 4V9N_DF , 4V9N_AW , 4V9N_CW , 4V9N_BG , 4V9N_DG , 4V9N_BH , 4V9N_DH , 4V9N_BI , 4V9N_DI , 4V9N_BK , 4V9N_DK , 4V9N_BN , 4V9N_DN , 4V9N_BO , 4V9N_DO , 4V9N_BP , 4V9N_DP , 4V9N_BQ , 4V9N_DQ , 4V9N_BR , 4V9N_DR , 4V9N_BS , 4V9N_DS , 4V9N_AY , 4V9N_CY , 4V9N_BT , 4V9N_DT , 4V9N_BU , 4V9N_DU , 4V9N_BV , 4V9N_DV , 4V9N_BW , 4V9N_DW , 4V9N_BX , 4V9N_DX , 4V9N_BY , 4V9N_DY , 4V9N_BZ , 4V9N_DZ , 4V9N_B0 , 4V9N_D0 , 4V9N_B1 , 4V9N_D1 , 4V9N_B2 , 4V9N_D2 , 4V9N_AB , 4V9N_CB , 4V9N_B3 , 4V9N_D3 , 4V9N_B4 , 4V9N_D4 , 4V9N_B5 , 4V9N_D5 , 4V9N_B6 , 4V9N_D6 , 4V9N_B7 , 4V9N_D7 , 4V9N_B8 , 4V9N_D8 , 4V9N_AC , 4V9N_CC , 4V9N_AD , 4V9N_CD , 4V9N_AE , 4V9N_CE , 4V9N_AF , 4V9N_CF
4W29
70s ribosome translocation intermediate containing elongation factor efg/gdp/fusidic acid, mrna, and trnas trapped in the ap/ap pe/e chimeric hybrid state. Deposition Author(s): Donohue, J.P. , Lancaster, L. , Noller, H.F. , Zhou, J.
Date: 2014-07-02 Method: X-RAY DIFFRACTION Resolution: 3.8 Å Organism(s): Adineta Vaga , Scytalidium Thermophilum , Mycobacterium Tuberculosis C , Haementeria Ghilianii , Methylomicrobium Buryatense 5G , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 4W29_AB , 4W29_CB , 4W29_AK , 4W29_CK , 4W29_AL , 4W29_CL , 4W29_AM , 4W29_CM , 4W29_AN , 4W29_CN , 4W29_AO , 4W29_CO , 4W29_AP , 4W29_CP , 4W29_AQ , 4W29_CQ , 4W29_AR , 4W29_CR , 4W29_AS , 4W29_CS , 4W29_AT , 4W29_CT , 4W29_AC , 4W29_CC , 4W29_AY , 4W29_CY , 4W29_AA , 4W29_CA , 4W29_AW , 4W29_CW , 4W29_AV , 4W29_CV , 4W29_AX , 4W29_CX , 4W29_BC , 4W29_DC , 4W29_BD , 4W29_DD , 4W29_BE , 4W29_DE , 4W29_BF , 4W29_DF , 4W29_BG , 4W29_DG , 4W29_AD , 4W29_CD , 4W29_BH , 4W29_DH , 4W29_BJ , 4W29_DJ , 4W29_BK , 4W29_DK , 4W29_BN , 4W29_DN , 4W29_BO , 4W29_DO , 4W29_BP , 4W29_DP , 4W29_BQ , 4W29_DQ , 4W29_BR , 4W29_DR , 4W29_BS , 4W29_DS , 4W29_BT , 4W29_DT , 4W29_AE , 4W29_CE , 4W29_BU , 4W29_DU , 4W29_BV , 4W29_DV , 4W29_BW , 4W29_DW , 4W29_BX , 4W29_DX , 4W29_BY , 4W29_DY , 4W29_BZ , 4W29_DZ , 4W29_B0 , 4W29_D0 , 4W29_B1 , 4W29_D1 , 4W29_B2 , 4W29_D2 , 4W29_B3 , 4W29_D3 , 4W29_AF , 4W29_CF , 4W29_B4 , 4W29_D4 , 4W29_B5 , 4W29_D5 , 4W29_B6 , 4W29_D6 , 4W29_B7 , 4W29_D7 , 4W29_B8 , 4W29_D8 , 4W29_B9 , 4W29_D9 , 4W29_BA , 4W29_DA , 4W29_AG , 4W29_CG , 4W29_BB , 4W29_DB , 4W29_AH , 4W29_CH , 4W29_AI , 4W29_CI , 4W29_AJ , 4W29_CJ
4XEJ
Ires bound to bacterial ribosome Deposition Author(s): Donohue, J.P. , Korostelev, A. , Noller, H.F. , Zhu, J.
Date: 2014-12-23 Method: X-RAY DIFFRACTION Resolution: 3.8 Å Organism(s): Hericium Erinaceus , Methylomicrobium Buryatense 5G Sequences Data: 4XEJ_AL02 , 4XEJ_BL02 , 4XEJ_AL15 , 4XEJ_BL15 , 4XEJ_AL16 , 4XEJ_BL16 , 4XEJ_AL17 , 4XEJ_BL17 , 4XEJ_AL18 , 4XEJ_BL18 , 4XEJ_AL19 , 4XEJ_BL19 , 4XEJ_AL20 , 4XEJ_BL20 , 4XEJ_AL21 , 4XEJ_BL21 , 4XEJ_AL22 , 4XEJ_BL22 , 4XEJ_AL23 , 4XEJ_BL23 , 4XEJ_AL24 , 4XEJ_BL24 , 4XEJ_AL03 , 4XEJ_BL03 , 4XEJ_AL25 , 4XEJ_BL25 , 4XEJ_AL27 , 4XEJ_BL27 , 4XEJ_AL28 , 4XEJ_BL28 , 4XEJ_AL29 , 4XEJ_BL29 , 4XEJ_AL30 , 4XEJ_BL30 , 4XEJ_AL32 , 4XEJ_BL32 , 4XEJ_AL33 , 4XEJ_BL33 , 4XEJ_AL34 , 4XEJ_BL34 , 4XEJ_AL35 , 4XEJ_BL35 , 4XEJ_AS02 , 4XEJ_BS02 , 4XEJ_AL04 , 4XEJ_BL04 , 4XEJ_AS03 , 4XEJ_BS03 , 4XEJ_AS04 , 4XEJ_BS04 , 4XEJ_AS05 , 4XEJ_BS05 , 4XEJ_AS06 , 4XEJ_BS06 , 4XEJ_AS07 , 4XEJ_BS07 , 4XEJ_AS08 , 4XEJ_BS08 , 4XEJ_AS09 , 4XEJ_BS09 , 4XEJ_AS10 , 4XEJ_BS10 , 4XEJ_AS11 , 4XEJ_BS11 , 4XEJ_AS12 , 4XEJ_BS12 , 4XEJ_AL05 , 4XEJ_BL05 , 4XEJ_AS13 , 4XEJ_BS13 , 4XEJ_AS14 , 4XEJ_BS14 , 4XEJ_AS15 , 4XEJ_BS15 , 4XEJ_AS16 , 4XEJ_BS16 , 4XEJ_AS17 , 4XEJ_BS17 , 4XEJ_AS18 , 4XEJ_BS18 , 4XEJ_AS19 , 4XEJ_BS19 , 4XEJ_AS20 , 4XEJ_BS20 , 4XEJ_ATHX , 4XEJ_BTHX , 4XEJ_AL31 , 4XEJ_BL31 , 4XEJ_AL06 , 4XEJ_BL06 , 4XEJ_A16S , 4XEJ_B16S , 4XEJ_A23S , 4XEJ_B23S , 4XEJ_A5S , 4XEJ_B5S , 4XEJ_AIRE , 4XEJ_BIRE , 4XEJ_AL09 , 4XEJ_BL09 , 4XEJ_AL11 , 4XEJ_BL11 , 4XEJ_AL13 , 4XEJ_BL13 , 4XEJ_AL14 , 4XEJ_BL14
6N1D
X-ray crystal complex showing spontaneous ribosomal translocation of mrna and trnas into a chimeric hybrid state Deposition Author(s): Donohue, J.P. , Lancaster, L. , Noller, H.F. , Zhou, J.
Date: 2018-11-08 Method: X-RAY DIFFRACTION Resolution: 3.2 Å Organism(s): Adineta Vaga , Scytalidium Thermophilum , Mycobacterium Tuberculosis C , Methylomicrobium Buryatense 5G , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 6N1D_A16S , 6N1D_B16S , 6N1D_AL09 , 6N1D_BL09 , 6N1D_AL13 , 6N1D_BL13 , 6N1D_AL14 , 6N1D_BL14 , 6N1D_AL15 , 6N1D_BL15 , 6N1D_AL16 , 6N1D_BL16 , 6N1D_AL17 , 6N1D_BL17 , 6N1D_AL18 , 6N1D_BL18 , 6N1D_AL19 , 6N1D_BL19 , 6N1D_AL20 , 6N1D_BL20 , 6N1D_AL21 , 6N1D_BL21 , 6N1D_A23S , 6N1D_B23S , 6N1D_AL22 , 6N1D_BL22 , 6N1D_AL23 , 6N1D_BL23 , 6N1D_AL24 , 6N1D_BL24 , 6N1D_AL25 , 6N1D_BL25 , 6N1D_AL27 , 6N1D_BL27 , 6N1D_AL28 , 6N1D_BL28 , 6N1D_AL29 , 6N1D_BL29 , 6N1D_AL30 , 6N1D_BL30 , 6N1D_AL31 , 6N1D_BL31 , 6N1D_AL32 , 6N1D_BL32 , 6N1D_A5S , 6N1D_B5S , 6N1D_AL33 , 6N1D_BL33 , 6N1D_AL34 , 6N1D_BL34 , 6N1D_AL35 , 6N1D_BL35 , 6N1D_AL36 , 6N1D_BL36 , 6N1D_AMRN , 6N1D_BMRN , 6N1D_APTN , 6N1D_BPTN , 6N1D_AS02 , 6N1D_BS02 , 6N1D_AS03 , 6N1D_BS03 , 6N1D_AS04 , 6N1D_BS04 , 6N1D_AS05 , 6N1D_BS05 , 6N1D_AL01 , 6N1D_BL01 , 6N1D_AS06 , 6N1D_BS06 , 6N1D_AS07 , 6N1D_BS07 , 6N1D_AS08 , 6N1D_BS08 , 6N1D_AS09 , 6N1D_BS09 , 6N1D_AS10 , 6N1D_BS10 , 6N1D_AS11 , 6N1D_BS11 , 6N1D_AS12 , 6N1D_BS12 , 6N1D_AS13 , 6N1D_BS13 , 6N1D_AS14 , 6N1D_BS14 , 6N1D_AS15 , 6N1D_BS15 , 6N1D_AL02 , 6N1D_BL02 , 6N1D_AS16 , 6N1D_BS16 , 6N1D_AS17 , 6N1D_BS17 , 6N1D_AS18 , 6N1D_BS18 , 6N1D_AS19 , 6N1D_BS19 , 6N1D_AS20 , 6N1D_BS20 , 6N1D_ATHX , 6N1D_BTHX , 6N1D_BATN , 6N1D_AL03 , 6N1D_BL03 , 6N1D_AL04 , 6N1D_BL04 , 6N1D_AL05 , 6N1D_BL05 , 6N1D_AL06 , 6N1D_BL06