Search Query :
1K27
Crystal structure of 5'-deoxy-5'-methylthioadenosine phosphorylase in complex with a transition state analogue Deposition Author(s): Almo, S.C. , Furneaux, R.H. , Schramm, V.L. , Shi, W. , Singh, V. , Tyler, P.C.
Date: 2001-09-26 Method: X-RAY DIFFRACTION Resolution: 1.95 Å Organism(s): Homo Sapiens Sequences Data: 1K27_A
1Y6Q
Cyrstal structure of mta/adohcy nucleosidase complexed with mt-dadme-imma Deposition Author(s): Cornell, K.A. , Evans, G.B. , Furneaux, R.H. , Howell, P.L. , Lee, J.E. , Riscoe, M.K. , Schramm, V.L. , Singh, V. , Tyler, P.C.
Date: 2004-12-06 Method: X-RAY DIFFRACTION Resolution: 2.2 Å Organism(s): Escherichia Coli Sequences Data: 1Y6Q_A , 1Y6Q_B
1Y6R
Crystal structure of mta/adohcy nucleosidase complexed with mt-imma. Deposition Author(s): Cornell, K.A. , Evans, G.B. , Furneaux, R.H. , Howell, P.L. , Lee, J.E. , Riscoe, M.K. , Schramm, V.L. , Singh, V. , Tyler, P.C.
Date: 2004-12-06 Method: X-RAY DIFFRACTION Resolution: 2.2 Å Organism(s): Escherichia Coli Sequences Data: 1Y6R_A , 1Y6R_B
1ZOS
Structure of 5'-methylthionadenosine/s-adenosylhomocysteine nucleosidase from s. pneumoniae with a transition-state inhibitor mt-imma Deposition Author(s): Almo, S.C. , Furneaux, R.H. , Schramm, V.L. , Shi, W. , Singh, V. , Tyler, P.C. , Zhen, R.
Date: 2005-05-13 Method: X-RAY DIFFRACTION Resolution: 1.6 Å Organism(s): Streptococcus Pneumoniae R6 Sequences Data: 1ZOS_A , 1ZOS_B , 1ZOS_C , 1ZOS_D , 1ZOS_E , 1ZOS_F
4G12
Crystal structure of putative tetr family transcriptional regulator, fad35r, from mycobacterium tuberculosis Deposition Author(s): Kumaran, S. , Manjasetty, B.A. , Mittal, M. , Singh, A.K. , Singh, V.
Date: 2012-07-10 Method: X-RAY DIFFRACTION Resolution: 3.44 Å Organism(s): Mycobacterium Tuberculosis Sequences Data: 4G12_A , 4G12_B
4G1P
Structural and mechanistic basis of substrate recognition by novel di-peptidase dug1p from saccharomyces cerevisiae Deposition Author(s): Kumaran, S. , Mittal, M. , Pandya, V.K. , Singh, A.K. , Singh, M. , Singh, V.
Date: 2012-07-11 Method: X-RAY DIFFRACTION Resolution: 2.547 Å Organism(s): Saccharomyces Cerevisiae Sequences Data: 4G1P_A
5X4B
Crystal structure of n-terminal g-domain of enga from bacillus subtilis Deposition Author(s): Prakash, B. , Singh, V.
Date: 2017-02-11 Method: X-RAY DIFFRACTION Resolution: 1.5 Å Organism(s): Bacillus Subtilis (Strain 168) Sequences Data: 5X4B_A , 5X4B_B
6ZS9
Human mitochondrial ribosome in complex with ribosome recycling factor Deposition Author(s): Aibara, S. , Amunts, A. , Modelska, A. , Singh, V.
Date: 2020-07-15 Method: ELECTRON MICROSCOPY Resolution: 4.0 Å Organism(s): Homo Sapiens Sequences Data: 6ZS9_0 , 6ZS9_9 , 6ZS9_XA , 6ZS9_A0 , 6ZS9_A1 , 6ZS9_A2 , 6ZS9_A3 , 6ZS9_A4 , 6ZS9_A5 , 6ZS9_AA , 6ZS9_AB , 6ZS9_1 , 6ZS9_AC , 6ZS9_AD , 6ZS9_AE , 6ZS9_AF , 6ZS9_AG , 6ZS9_AH , 6ZS9_AI , 6ZS9_AJ , 6ZS9_AK , 6ZS9_AL , 6ZS9_2 , 6ZS9_AM , 6ZS9_AN , 6ZS9_AO , 6ZS9_AP , 6ZS9_AQ , 6ZS9_AR , 6ZS9_AS , 6ZS9_AT , 6ZS9_AU , 6ZS9_AV , 6ZS9_3 , 6ZS9_AW , 6ZS9_AX , 6ZS9_AY , 6ZS9_AZ , 6ZS9_XB , 6ZS9_XD , 6ZS9_XE , 6ZS9_XF , 6ZS9_XH , 6ZS9_XI , 6ZS9_4 , 6ZS9_XJ , 6ZS9_XK , 6ZS9_XL , 6ZS9_XM , 6ZS9_XN , 6ZS9_XO , 6ZS9_XP , 6ZS9_XQ , 6ZS9_XR , 6ZS9_XS , 6ZS9_5 , 6ZS9_XT , 6ZS9_XU , 6ZS9_XV , 6ZS9_XW , 6ZS9_XX , 6ZS9_XY , 6ZS9_XZ , 6ZS9_A , 6ZS9_B , 6ZS9_C , 6ZS9_6 , 6ZS9_D , 6ZS9_E , 6ZS9_F , 6ZS9_G , 6ZS9_H , 6ZS9_I , 6ZS9_J , 6ZS9_K , 6ZS9_L , 6ZS9_M , 6ZS9_7 , 6ZS9_O , 6ZS9_P , 6ZS9_Q , 6ZS9_R , 6ZS9_S , 6ZS9_T1 , 6ZS9_T2 , 6ZS9_T3 , 6ZS9_T4 , 6ZS9_T5 , 6ZS9_T6 , 6ZS9_8
6ZSA
Human mitochondrial ribosome bound to mrna, a-site trna and p-site trna Deposition Author(s): Aibara, S. , Amunts, A. , Modelska, A. , Singh, V.
Date: 2020-07-15 Method: ELECTRON MICROSCOPY Resolution: 4.0 Å Organism(s): Homo Sapiens Sequences Data: 6ZSA_0 , 6ZSA_9 , 6ZSA_XA , 6ZSA_A0 , 6ZSA_A1 , 6ZSA_A2 , 6ZSA_A3 , 6ZSA_A4 , 6ZSA_AA , 6ZSA_AB , 6ZSA_AC , 6ZSA_1 , 6ZSA_AD , 6ZSA_AE , 6ZSA_AF , 6ZSA_AG , 6ZSA_AH , 6ZSA_AI , 6ZSA_AJ , 6ZSA_AK , 6ZSA_AL , 6ZSA_AM , 6ZSA_2 , 6ZSA_AN , 6ZSA_AO , 6ZSA_AP , 6ZSA_AQ , 6ZSA_AR , 6ZSA_AS , 6ZSA_AT , 6ZSA_AU , 6ZSA_AV , 6ZSA_AW , 6ZSA_3 , 6ZSA_AX , 6ZSA_AY , 6ZSA_AZ , 6ZSA_XB , 6ZSA_XD , 6ZSA_XE , 6ZSA_XF , 6ZSA_XH , 6ZSA_XI , 6ZSA_XJ , 6ZSA_4 , 6ZSA_XK , 6ZSA_XL , 6ZSA_XM , 6ZSA_XN , 6ZSA_XO , 6ZSA_XP , 6ZSA_XQ , 6ZSA_XR , 6ZSA_XS , 6ZSA_XT , 6ZSA_5 , 6ZSA_XU , 6ZSA_XV , 6ZSA_XW , 6ZSA_XX , 6ZSA_XY , 6ZSA_XZ , 6ZSA_A , 6ZSA_B , 6ZSA_C , 6ZSA_D , 6ZSA_6 , 6ZSA_E , 6ZSA_F , 6ZSA_G , 6ZSA_H , 6ZSA_I , 6ZSA_J , 6ZSA_K , 6ZSA_L , 6ZSA_M , 6ZSA_O , 6ZSA_7 , 6ZSA_P , 6ZSA_Q , 6ZSA_R , 6ZSA_R1 , 6ZSA_R2 , 6ZSA_R3 , 6ZSA_S , 6ZSA_T1 , 6ZSA_T2 , 6ZSA_T3 , 6ZSA_T4 , 6ZSA_T5 , 6ZSA_T6 , 6ZSA_8
6ZSB
Human mitochondrial ribosome in complex with mrna and p-site trna Deposition Author(s): Aibara, S. , Amunts, A. , Modelska, A. , Singh, V.
Date: 2020-07-15 Method: ELECTRON MICROSCOPY Resolution: 4.5 Å Organism(s): Homo Sapiens Sequences Data: 6ZSB_0 , 6ZSB_9 , 6ZSB_XA , 6ZSB_A0 , 6ZSB_A1 , 6ZSB_A2 , 6ZSB_A3 , 6ZSB_A4 , 6ZSB_AA , 6ZSB_AB , 6ZSB_AC , 6ZSB_1 , 6ZSB_AD , 6ZSB_AE , 6ZSB_AF , 6ZSB_AG , 6ZSB_AH , 6ZSB_AI , 6ZSB_AJ , 6ZSB_AK , 6ZSB_AL , 6ZSB_AM , 6ZSB_2 , 6ZSB_AN , 6ZSB_AO , 6ZSB_AP , 6ZSB_AQ , 6ZSB_AR , 6ZSB_AS , 6ZSB_AT , 6ZSB_AU , 6ZSB_AV , 6ZSB_AW , 6ZSB_3 , 6ZSB_AX , 6ZSB_AY , 6ZSB_AZ , 6ZSB_XB , 6ZSB_XD , 6ZSB_XE , 6ZSB_XF , 6ZSB_XH , 6ZSB_XI , 6ZSB_XJ , 6ZSB_4 , 6ZSB_XK , 6ZSB_XL , 6ZSB_XM , 6ZSB_XN , 6ZSB_XO , 6ZSB_XP , 6ZSB_XQ , 6ZSB_XR , 6ZSB_XS , 6ZSB_XT , 6ZSB_5 , 6ZSB_XU , 6ZSB_XV , 6ZSB_XW , 6ZSB_XX , 6ZSB_XY , 6ZSB_XZ , 6ZSB_A , 6ZSB_B , 6ZSB_C , 6ZSB_D , 6ZSB_6 , 6ZSB_E , 6ZSB_F , 6ZSB_G , 6ZSB_H , 6ZSB_I , 6ZSB_J , 6ZSB_K , 6ZSB_L , 6ZSB_M , 6ZSB_O , 6ZSB_7 , 6ZSB_P , 6ZSB_Q , 6ZSB_R , 6ZSB_R1 , 6ZSB_R3 , 6ZSB_S , 6ZSB_T1 , 6ZSB_T2 , 6ZSB_T3 , 6ZSB_T4 , 6ZSB_T5 , 6ZSB_T6 , 6ZSB_8