Search Query :
3AUV
Predicting amino acid preferences in the complementarity determining regions of an antibody-antigen recognition interface Deposition Author(s): Chang, H.J. , Chang, J.Y. , Chen, C.T. , Chen, I.C. , Chen, J.B. , Hsu, H.J. , Hsu, P.C. , Hsu, W.L. , Huang, K.F. , Jian, J.W. , Lee, Y.C. , Ma, A.C. , Peng, H.P. , Tsai, K.C. , Yang, A.S. , Yang, E.W. , Yu, C.M.
Date: 2011-02-16 Method: X-RAY DIFFRACTION Resolution: 2.4 Å Organism(s): Homo Sapiens Sequences Data: 3AUV_A , 3AUV_B , 3AUV_C , 3AUV_D , 3AUV_E , 3AUV_F
7LGE
Asymmetric unit for phage qbeta t=4 particle Deposition Author(s): Chang, J.Y. , Zhang, J.
Date: 2021-01-20 Method: ELECTRON MICROSCOPY Resolution: 5.6 Å Organism(s): Escherichia Phage Qbeta Sequences Data: 7LGE_A , 7LGE_B , 7LGE_C , 7LGE_D
7LGF
Asymmetric unit for phage qbeta prolate particle Deposition Author(s): Chang, J.Y. , Zhang, J.
Date: 2021-01-20 Method: ELECTRON MICROSCOPY Resolution: 6.1 Å Organism(s): Escherichia Phage Qbeta Sequences Data: 7LGF_A , 7LGF_B , 7LGF_C , 7LGF_D , 7LGF_E , 7LGF_F , 7LGF_G , 7LGF_H , 7LGF_I , 7LGF_J , 7LGF_K , 7LGF_L , 7LGF_M , 7LGF_N , 7LGF_O , 7LGF_P , 7LGF_Q , 7LGF_R , 7LGF_S , 7LGF_T , 7LGF_U
7LGG
Asymmetric unit for phage qbeta oblate particle Deposition Author(s): Chang, J.Y. , Zhang, J.
Date: 2021-01-20 Method: ELECTRON MICROSCOPY Resolution: 6.2 Å Organism(s): Escherichia Phage Qbeta Sequences Data: 7LGG_A , 7LGG_B , 7LGG_C , 7LGG_D , 7LGG_E , 7LGG_F , 7LGG_G , 7LGG_H , 7LGG_I , 7LGG_J , 7LGG_K , 7LGG_L , 7LGG_M , 7LGG_N , 7LGG_O
7LGH
Asymmetric unit for phage qbeta small prolate particle Deposition Author(s): Chang, J.Y. , Zhang, J.
Date: 2021-01-20 Method: ELECTRON MICROSCOPY Resolution: 8.9 Å Organism(s): Escherichia Phage Qbeta Sequences Data: 7LGH_A , 7LGH_B , 7LGH_C , 7LGH_L , 7LGH_D , 7LGH_M , 7LGH_E , 7LGH_N , 7LGH_F , 7LGH_O , 7LGH_G , 7LGH_P , 7LGH_H , 7LGH_Q , 7LGH_R , 7LGH_I , 7LGH_S , 7LGH_J , 7LGH_T , 7LGH_U , 7LGH_K , 7LGH_V
7LHD
The complete model of phage qbeta virion Deposition Author(s): Chang, J.Y. , Zhang, J.
Date: 2021-01-22 Method: ELECTRON MICROSCOPY Resolution: 4.6 Å Organism(s): Escherichia Phage Qbeta , Escherichia Virus Qbeta Sequences Data: 7LHD_A , 7LHD_M , 7LHD_B , 7LHD_D , 7LHD_BA , 7LHD_BB , 7LHD_BC , 7LHD_BD , 7LHD_BE , 7LHD_BF , 7LHD_BG , 7LHD_BH , 7LHD_BI , 7LHD_BJ , 7LHD_BK , 7LHD_BL , 7LHD_BM , 7LHD_BN , 7LHD_CA , 7LHD_CB , 7LHD_CC , 7LHD_CD , 7LHD_CE , 7LHD_CF , 7LHD_CG , 7LHD_CH , 7LHD_CI , 7LHD_CJ , 7LHD_CK , 7LHD_CL , 7LHD_CM , 7LHD_CN , 7LHD_DA , 7LHD_DB , 7LHD_DC , 7LHD_DD , 7LHD_DE , 7LHD_DF , 7LHD_DG , 7LHD_DH , 7LHD_DI , 7LHD_DJ , 7LHD_DK , 7LHD_DL , 7LHD_DM , 7LHD_DN , 7LHD_EA , 7LHD_EB , 7LHD_EC , 7LHD_ED , 7LHD_EE , 7LHD_EF , 7LHD_EG , 7LHD_EH , 7LHD_EI , 7LHD_EJ , 7LHD_EK , 7LHD_EL , 7LHD_EM , 7LHD_EN , 7LHD_FA , 7LHD_FB , 7LHD_FC , 7LHD_FD , 7LHD_FE , 7LHD_FF , 7LHD_FG , 7LHD_FH , 7LHD_FI , 7LHD_FJ , 7LHD_FK , 7LHD_FL , 7LHD_FM , 7LHD_FN , 7LHD_GA , 7LHD_GB , 7LHD_GC , 7LHD_GD , 7LHD_GE , 7LHD_GF , 7LHD_GG , 7LHD_GH , 7LHD_GI , 7LHD_GJ , 7LHD_GK , 7LHD_GL , 7LHD_GM , 7LHD_GN , 7LHD_HA , 7LHD_HB , 7LHD_HC , 7LHD_HD , 7LHD_HE , 7LHD_HF , 7LHD_HG , 7LHD_HH , 7LHD_HI , 7LHD_HJ , 7LHD_HK , 7LHD_HL , 7LHD_HM , 7LHD_HN , 7LHD_IA , 7LHD_IB , 7LHD_IC , 7LHD_ID , 7LHD_IE , 7LHD_IF , 7LHD_IG , 7LHD_IH , 7LHD_II , 7LHD_IJ , 7LHD_IK , 7LHD_IL , 7LHD_IM , 7LHD_IN , 7LHD_JA , 7LHD_JB , 7LHD_JC , 7LHD_JD , 7LHD_JE , 7LHD_JF , 7LHD_JG , 7LHD_JH , 7LHD_JI , 7LHD_JJ , 7LHD_JK , 7LHD_JL , 7LHD_JM , 7LHD_JN , 7LHD_KA , 7LHD_KB , 7LHD_KC , 7LHD_KD , 7LHD_KE , 7LHD_KF , 7LHD_KG , 7LHD_KH , 7LHD_KI , 7LHD_KJ , 7LHD_KK , 7LHD_KL , 7LHD_KM , 7LHD_KN , 7LHD_LA , 7LHD_LB , 7LHD_LC , 7LHD_LD , 7LHD_LE , 7LHD_LF , 7LHD_LG , 7LHD_LH , 7LHD_LI , 7LHD_LJ , 7LHD_LK , 7LHD_LL , 7LHD_LM , 7LHD_LN , 7LHD_MA , 7LHD_MB , 7LHD_MC , 7LHD_MD , 7LHD_ME , 7LHD_MF , 7LHD_MG , 7LHD_MH , 7LHD_MI , 7LHD_MJ , 7LHD_MK , 7LHD_ML , 7LHD_MM , 7LHD_MN , 7LHD_NA , 7LHD_NB , 7LHD_NC , 7LHD_ND , 7LHD_NE , 7LHD_NF , 7LHD_NG , 7LHD_NH , 7LHD_NI , 7LHD_NJ
8Q1N
Cyclic peptide binder of the wbm-site of wdr5 Deposition Author(s): Chang, J.Y. , Gasper, R. , Schmeing, S. , T Hart, P.
Date: 2023-08-01 Method: X-RAY DIFFRACTION Resolution: 1.843 Å Organism(s): Homo Sapiens , Synthetic Construct Sequences Data: 8Q1N_A , 8Q1N_B