Search Query :
3JA1
Activation of gtp hydrolysis in mrna-trna translocation by elongation factor g Deposition Author(s): Frank, J. , Koripella, R.K. , Langlois, R. , Li, W. , Liu, Z. , Sanyal, S.
Date: 2015-03-30 Method: ELECTRON MICROSCOPY Resolution: 3.6 Å Organism(s): Escherichia Coli , Thermus Thermophilus Sequences Data: 3JA1_SS , 3JA1_SJ , 3JA1_SK , 3JA1_SL , 3JA1_SM , 3JA1_SN , 3JA1_SO , 3JA1_SP , 3JA1_SQ , 3JA1_SB , 3JA1_SC , 3JA1_SA , 3JA1_SD , 3JA1_SE , 3JA1_SF , 3JA1_SR , 3JA1_S3 , 3JA1_LB , 3JA1_LA , 3JA1_LD , 3JA1_LU , 3JA1_LV , 3JA1_S1 , 3JA1_LW , 3JA1_LX , 3JA1_LY , 3JA1_LZ , 3JA1_L0 , 3JA1_L1 , 3JA1_L2 , 3JA1_LC , 3JA1_LE , 3JA1_L3 , 3JA1_S2 , 3JA1_L4 , 3JA1_L5 , 3JA1_L6 , 3JA1_L7 , 3JA1_LF , 3JA1_LG , 3JA1_LH , 3JA1_LJ , 3JA1_LN , 3JA1_LK , 3JA1_ST , 3JA1_LL , 3JA1_LI , 3JA1_LO , 3JA1_LP , 3JA1_LM , 3JA1_LQ , 3JA1_LR , 3JA1_LS , 3JA1_LT , 3JA1_SU , 3JA1_SG , 3JA1_SH , 3JA1_SI
3JA8
Cryo-em structure of the mcm2-7 double hexamer Deposition Author(s): Gao, N. , Lei, J. , Li, N. , Li, W. , Tye, B.K. , Yang, M. , Zhai, Y. , Zhang, Y.
Date: 2015-05-09 Method: ELECTRON MICROSCOPY Resolution: 3.8 Å Organism(s): Saccharomyces Cerevisiae S288C Sequences Data: 3JA8_2 , 3JA8_3 , 3JA8_4 , 3JA8_5 , 3JA8_6 , 3JA8_7
3JBN
Cryo-electron microscopy reconstruction of the plasmodium falciparum 80s ribosome bound to p-trna Deposition Author(s): Blomqvist, K. , Das, S. , Dvorin, J.D. , Frank, J. , Hashem, Y. , Li, W. , Sun, M.
Date: 2015-09-16 Method: ELECTRON MICROSCOPY Resolution: 4.7 Å Organism(s): Escherichia Coli , Plasmodium Falciparum 3D7 Sequences Data: 3JBN_A , 3JBN_R , 3JBN_O , 3JBN_Y , 3JBN_Z , 3JBN_1 , 3JBN_2 , 3JBN_3 , 3JBN_4 , 3JBN_5 , 3JBN_6 , 3JBN_7 , 3JBN_B , 3JBN_F , 3JBN_H , 3JBN_J , 3JBN_L , 3JBN_N , 3JBN_P , 3JBN_Q , 3JBN_S , 3JBN_T , 3JBN_D , 3JBN_U , 3JBN_V , 3JBN_X , 3JBN_C , 3JBN_AA , 3JBN_AC , 3JBN_AB , 3JBN_AL , 3JBN_A1 , 3JBN_A2 , 3JBN_E , 3JBN_A4 , 3JBN_A6 , 3JBN_A7 , 3JBN_AN , 3JBN_A8 , 3JBN_A9 , 3JBN_AD , 3JBN_AE , 3JBN_G , 3JBN_AF , 3JBN_AP , 3JBN_AH , 3JBN_AI , 3JBN_AJ , 3JBN_AK , 3JBN_AM , 3JBN_AS , 3JBN_I , 3JBN_AO , 3JBN_AQ , 3JBN_AR , 3JBN_AW , 3JBN_AY , 3JBN_AT , 3JBN_AZ , 3JBN_A3 , 3JBN_A5 , 3JBN_K , 3JBN_AG , 3JBN_AU , 3JBN_AV , 3JBN_AX , 3JBN_A0 , 3JBN_M , 3JBN_W
3JBO
Cryo-electron microscopy reconstruction of the plasmodium falciparum 80s ribosome bound to p/e-trna Deposition Author(s): Blomqvist, K. , Das, S. , Dvorin, J.D. , Frank, J. , Hashem, Y. , Li, W. , Sun, M.
Date: 2015-09-16 Method: ELECTRON MICROSCOPY Resolution: 5.8 Å Organism(s): Escherichia Coli , Plasmodium Falciparum 3D7 Sequences Data: 3JBO_A , 3JBO_X , 3JBO_G , 3JBO_W , 3JBO_R , 3JBO_I , 3JBO_O , 3JBO_Y , 3JBO_Z , 3JBO_1 , 3JBO_2 , 3JBO_7 , 3JBO_C , 3JBO_3 , 3JBO_4 , 3JBO_5 , 3JBO_6 , 3JBO_B , 3JBO_D , 3JBO_F , 3JBO_H , 3JBO_K , 3JBO_Q , 3JBO_J , 3JBO_N , 3JBO_P , 3JBO_L , 3JBO_AA , 3JBO_AC , 3JBO_AB , 3JBO_AL , 3JBO_A0 , 3JBO_AO , 3JBO_S , 3JBO_AI , 3JBO_A2 , 3JBO_A4 , 3JBO_A6 , 3JBO_A7 , 3JBO_A1 , 3JBO_AN , 3JBO_A8 , 3JBO_A9 , 3JBO_T , 3JBO_AD , 3JBO_AE , 3JBO_AF , 3JBO_AP , 3JBO_AH , 3JBO_AK , 3JBO_AM , 3JBO_M , 3JBO_AS , 3JBO_AQ , 3JBO_AR , 3JBO_AW , 3JBO_AY , 3JBO_AT , 3JBO_AZ , 3JBO_A3 , 3JBO_A5 , 3JBO_U , 3JBO_AG , 3JBO_AU , 3JBO_AV , 3JBO_AX , 3JBO_AJ , 3JBO_V , 3JBO_E
3JBP
Cryo-electron microscopy reconstruction of the plasmodium falciparum 80s ribosome bound to e-trna Deposition Author(s): Blomqvist, K. , Das, S. , Dvorin, J.D. , Frank, J. , Hashem, Y. , Li, W. , Sun, M.
Date: 2015-09-16 Method: ELECTRON MICROSCOPY Resolution: 6.7 Å Organism(s): Plasmodium Falciparum 3D7 Sequences Data: 3JBP_A , 3JBP_R , 3JBP_O , 3JBP_Y , 3JBP_Z , 3JBP_1 , 3JBP_2 , 3JBP_3 , 3JBP_4 , 3JBP_5 , 3JBP_6 , 3JBP_7 , 3JBP_B , 3JBP_F , 3JBP_H , 3JBP_J , 3JBP_L , 3JBP_N , 3JBP_P , 3JBP_Q , 3JBP_S , 3JBP_T , 3JBP_D , 3JBP_U , 3JBP_V , 3JBP_X , 3JBP_C , 3JBP_AA , 3JBP_AC , 3JBP_AB , 3JBP_AL , 3JBP_A1 , 3JBP_A2 , 3JBP_E , 3JBP_A4 , 3JBP_A6 , 3JBP_A7 , 3JBP_AN , 3JBP_A8 , 3JBP_A9 , 3JBP_AD , 3JBP_AE , 3JBP_G , 3JBP_AF , 3JBP_AP , 3JBP_AH , 3JBP_AI , 3JBP_AJ , 3JBP_AK , 3JBP_AM , 3JBP_AS , 3JBP_I , 3JBP_AO , 3JBP_AQ , 3JBP_AR , 3JBP_AW , 3JBP_AY , 3JBP_AT , 3JBP_AZ , 3JBP_A3 , 3JBP_A5 , 3JBP_K , 3JBP_AG , 3JBP_AU , 3JBP_AV , 3JBP_AX , 3JBP_A0 , 3JBP_M , 3JBP_W
3KBH
Crystal structure of nl63 respiratory coronavirus receptor-binding domain complexed with its human receptor Deposition Author(s): Li, F. , Li, W. , Peng, G. , Wu, K.
Date: 2009-10-20 Method: X-RAY DIFFRACTION Resolution: 3.31 Å Organism(s): Homo Sapiens , Human Coronavirus Nl63 Sequences Data: 3KBH_A , 3KBH_B , 3KBH_C , 3KBH_D , 3KBH_E , 3KBH_F , 3KBH_G , 3KBH_H
3KP8
The thioredoxin-like domain of a vkor homolog from synechococcus sp. Deposition Author(s): Beckwith, J. , Boyd, D. , Dutton, R.J. , Li, W. , Rapoport, T.A. , Schulman, S.
Date: 2009-11-15 Method: X-RAY DIFFRACTION Resolution: 1.66 Å Organism(s): Synechococcus Sp. Sequences Data: 3KP8_A
3KP9
Structure of a bacterial homolog of vitamin k epoxide reductase Deposition Author(s): Beckwith, J. , Boyd, D. , Dutton, R.J. , Li, W. , Rapoport, T.A. , Schulman, S.
Date: 2009-11-16 Method: X-RAY DIFFRACTION Resolution: 3.6 Å Organism(s): Synechococcus Sp. Sequences Data: 3KP9_A
3RQR
Crystal structure of the ryr domain of the rabbit ryanodine receptor Deposition Author(s): Arrowsmith, C.H. , Bountra, C. , Dhe-Paganon, S. , Dong, A. , Edwards, A.M. , Gramolini, A. , Li, W. , Nair, U.B. , Structural Genomics Consortium (Sgc) , Walker, J.R. , Weigelt, J.
Date: 2011-04-28 Method: X-RAY DIFFRACTION Resolution: 2.16 Å Organism(s): Oryctolagus Cuniculus Sequences Data: 3RQR_A , 3RQR_U