Search Query :
1UAT
The significance of the flexible loop in the azurin (az-iso2) from the obligate methylotroph methylomonas sp. strain j Deposition Author(s): Hamanaka, S. , Inoue, T. , Kai, Y. , Kataoka, K. , Matsumura, H. , Nisho, N. , Suzuki, S. , Tobari, J. , Yamaguchi, K. , Yong, X.
Date: 2003-03-19 Method: X-RAY DIFFRACTION Resolution: 1.9 Å Organism(s): Methylomonas Sp. J Sequences Data: 1UAT_A
5WY2
Human snx5 px domain in complex with chlamydia ince c terminus Deposition Author(s): Jia, D. , Sun, Q. , Yong, X.
Date: 2017-01-10 Method: X-RAY DIFFRACTION Resolution: 1.9 Å Organism(s): Homo Sapiens , Synthetic Construct Sequences Data: 5WY2_A , 5WY2_C , 5WY2_B , 5WY2_D
5XHQ
Apolipoprotein n-acyl transferase Deposition Author(s): Fei, S. , Guangyuan, L. , Yingzhi, X. , Yong, X.
Date: 2017-04-23 Method: X-RAY DIFFRACTION Resolution: 2.587 Å Organism(s): Escherichia Coli (Strain K12) Sequences Data: 5XHQ_A , 5XHQ_B
8JBE
Cryoem structure of metazoan mon1-ccz1-rmc1 complex Deposition Author(s): Jia, D. , Jia, G.W. , Su, Z.M. , Yong, X.
Date: 2023-05-08 Method: ELECTRON MICROSCOPY Resolution: 3.25 Å Organism(s): Drosophila Sequences Data: 8JBE_A , 8JBE_B , 8JBE_C
8UKB
In situ hht and chx treated human hibernating state without e-trna 80s ribosome Deposition Author(s): Wei, Z. , Yong, X.
Date: 2023-10-12 Method: ELECTRON MICROSCOPY Resolution: 3.05 Å Organism(s): Homo Sapiens Sequences Data: 8UKB_CB , 8UKB_LE , 8UKB_LF , 8UKB_LG , 8UKB_LH , 8UKB_LI , 8UKB_LJ , 8UKB_LL , 8UKB_LM , 8UKB_LN , 8UKB_LO , 8UKB_CD , 8UKB_LP , 8UKB_LQ , 8UKB_LR , 8UKB_LS , 8UKB_LT , 8UKB_LU , 8UKB_LV , 8UKB_LW , 8UKB_LX , 8UKB_LY , 8UKB_L5 , 8UKB_LZ , 8UKB_LA , 8UKB_LB , 8UKB_LC , 8UKB_LD , 8UKB_L7 , 8UKB_LK , 8UKB_L8 , 8UKB_S2 , 8UKB_SA , 8UKB_SB , 8UKB_SC , 8UKB_SD , 8UKB_SE , 8UKB_SF , 8UKB_SG , 8UKB_SH , 8UKB_SI , 8UKB_SJ , 8UKB_SK , 8UKB_SL , 8UKB_SM , 8UKB_SN , 8UKB_SO , 8UKB_SP , 8UKB_SQ , 8UKB_SR , 8UKB_SS , 8UKB_ST , 8UKB_SU , 8UKB_SV , 8UKB_SW , 8UKB_SX , 8UKB_SY , 8UKB_SZ
8ZWC
Cryo-em structure of the bloc-3 complex Deposition Author(s): Jia, D. , Jia, G.W. , Su, Z.M. , Yong, X.
Date: 2024-06-12 Method: ELECTRON MICROSCOPY Resolution: 3.19 Å Organism(s): Homo Sapiens Sequences Data: 8ZWC_A , 8ZWC_B
9B0P
In situ human hibernating class1 80s ribosome Deposition Author(s): Wei, Z. , Yong, X.
Date: 2024-03-12 Method: ELECTRON MICROSCOPY Resolution: 2.82 Å Organism(s): Homo Sapiens Sequences Data: 9B0P_S2 , 9B0P_SC , 9B0P_SD , 9B0P_SG , 9B0P_SM , 9B0P_SZ , 9B0P_SF , 9B0P_CD , 9B0P_SE , 9B0P_SI , 9B0P_SL , 9B0P_SX , 9B0P_SJ , 9B0P_SY , 9B0P_SA , 9B0P_SB , 9B0P_SH , 9B0P_SV , 9B0P_SN , 9B0P_SO , 9B0P_SW , 9B0P_L5 , 9B0P_L7 , 9B0P_L8 , 9B0P_LA , 9B0P_LB , 9B0P_SK , 9B0P_LC , 9B0P_LD , 9B0P_LE , 9B0P_LF , 9B0P_LG , 9B0P_LH , 9B0P_LI , 9B0P_LJ , 9B0P_LL , 9B0P_LM , 9B0P_SP , 9B0P_LN , 9B0P_LO , 9B0P_LP , 9B0P_LQ , 9B0P_LR , 9B0P_LS , 9B0P_LT , 9B0P_LU , 9B0P_LV , 9B0P_LX , 9B0P_SQ , 9B0P_LY , 9B0P_LZ , 9B0P_SS , 9B0P_LK , 9B0P_ST , 9B0P_CA , 9B0P_CB , 9B0P_ET , 9B0P_LW , 9B0P_SU
9B0S
In situ human top-top di-ribosome structure (composite map) Deposition Author(s): Wei, Z. , Yong, X.
Date: 2024-03-12 Method: ELECTRON MICROSCOPY Resolution: 3.8 Å Organism(s): Homo Sapiens Sequences Data: 9B0S_CH , 9B0S_SA , 9B0S_SB , 9B0S_SH , 9B0S_SV , 9B0S_SC , 9B0S_SN , 9B0S_SO , 9B0S_SW , 9B0S_SE , 9B0S_L7 , 9B0S_L8 , 9B0S_LA , 9B0S_LB , 9B0S_LC , 9B0S_LD , 9B0S_LE , 9B0S_LF , 9B0S_LG , 9B0S_LH , 9B0S_SI , 9B0S_LI , 9B0S_LJ , 9B0S_LL , 9B0S_LM , 9B0S_LN , 9B0S_LO , 9B0S_LP , 9B0S_LQ , 9B0S_LR , 9B0S_LS , 9B0S_SL , 9B0S_LT , 9B0S_LU , 9B0S_LV , 9B0S_LX , 9B0S_LY , 9B0S_LZ , 9B0S_SX , 9B0S_LK , 9B0S_SG , 9B0S_SR , 9B0S_SD , 9B0S_SF , 9B0S_SK , 9B0S_SP , 9B0S_SQ , 9B0S_SJ , 9B0S_SS , 9B0S_ST , 9B0S_SU , 9B0S_SM , 9B0S_SZ , 9B0S_S2 , 9B0S_SY , 9B0S_CB , 9B0S_AP , 9B0S_PE , 9B0S_ET , 9B0S_L5 , 9B0S_LW , 9B0S_AT , 9B0S_CF , 9B0S_PT
9P72
In situ human p-e state 80s ribosome Deposition Author(s): Wei, Z. , Yong, X.
Date: 2025-06-20 Method: ELECTRON MICROSCOPY Resolution: 2.8 Å Organism(s): Homo Sapiens Sequences Data: 9P72_PT , 9P72_LE , 9P72_LF , 9P72_LG , 9P72_LH , 9P72_LI , 9P72_LJ , 9P72_LL , 9P72_LM , 9P72_LN , 9P72_LO , 9P72_ET , 9P72_LP , 9P72_LQ , 9P72_LR , 9P72_LS , 9P72_LT , 9P72_LU , 9P72_LV , 9P72_LW , 9P72_LX , 9P72_LY , 9P72_L5 , 9P72_LZ , 9P72_LA , 9P72_LB , 9P72_LC , 9P72_LD , 9P72_L7 , 9P72_LK , 9P72_L8 , 9P72_SD , 9P72_SF , 9P72_SK , 9P72_SM , 9P72_SP , 9P72_SQ , 9P72_SR , 9P72_SS , 9P72_ST , 9P72_SU , 9P72_SZ , 9P72_SC , 9P72_SG , 9P72_SA , 9P72_SB , 9P72_SE , 9P72_SH , 9P72_SI , 9P72_SJ , 9P72_SL , 9P72_SN , 9P72_SO , 9P72_SV , 9P72_SW , 9P72_SX , 9P72_SY , 9P72_S2 , 9P72_CI
9P76
In situ human eef1a-a/t-p state 80s ribosome Deposition Author(s): Wei, Z. , Yong, X.
Date: 2025-06-20 Method: ELECTRON MICROSCOPY Resolution: 2.83 Å Organism(s): Homo Sapiens Sequences Data: 9P76_CI , 9P76_LC , 9P76_LD , 9P76_LE , 9P76_LF , 9P76_LG , 9P76_LH , 9P76_LI , 9P76_LJ , 9P76_LL , 9P76_LM , 9P76_PT , 9P76_LN , 9P76_LO , 9P76_LP , 9P76_LQ , 9P76_LR , 9P76_LS , 9P76_LT , 9P76_LU , 9P76_LV , 9P76_LW , 9P76_CF , 9P76_LX , 9P76_LY , 9P76_LZ , 9P76_LA , 9P76_LB , 9P76_AT , 9P76_LK , 9P76_L5 , 9P76_SD , 9P76_SF , 9P76_SK , 9P76_SM , 9P76_SP , 9P76_SQ , 9P76_SR , 9P76_SS , 9P76_L7 , 9P76_ST , 9P76_SU , 9P76_SZ , 9P76_SC , 9P76_SG , 9P76_SA , 9P76_SB , 9P76_L8 , 9P76_SE , 9P76_SH , 9P76_SI , 9P76_SJ , 9P76_SL , 9P76_SN , 9P76_SO , 9P76_SV , 9P76_SW , 9P76_SX , 9P76_SY , 9P76_S2