Search Query :
4X1Y
Discovery of cytotoxic dolastatin 10 analogs with n-terminal modifications Deposition Author(s): Parris, K.D.
Date: 2014-11-25 Method: X-RAY DIFFRACTION Resolution: 3.19 Å Organism(s): Anoxybacillus Flavithermus (Strain Dsm 21510 / Wk1) , Pandinus Imperator Sequences Data: 4X1Y_A , 4X1Y_C , 4X1Y_B , 4X1Y_D , 4X1Y_E
4X20
Discovery of cytotoxic dolastatin 10 analogs with n-terminal modifications Deposition Author(s): Parris, K.D.
Date: 2014-11-25 Method: X-RAY DIFFRACTION Resolution: 3.5 Å Organism(s): Anoxybacillus Flavithermus (Strain Dsm 21510 / Wk1) , Pandinus Imperator Sequences Data: 4X20_A , 4X20_C , 4X20_B , 4X20_D , 4X20_E
5D22
Structure of ovine granulocyte-macrophage colony-stimulating factor Deposition Author(s): Felix, J. , Savvides, S.N.
Date: 2015-08-05 Method: X-RAY DIFFRACTION Resolution: 1.994 Å Organism(s): Anoxybacillus Flavithermus (Strain Dsm 21510 / Wk1) Sequences Data: 5D22_A , 5D22_B
5D28
Complex of gm-csf/il-2 inhibition factor with granulocyte-macrophage colony-stimulating factor Deposition Author(s): Felix, J. , Savvides, S.N.
Date: 2015-08-05 Method: X-RAY DIFFRACTION Resolution: 2.845 Å Organism(s): Human Immunodeficiency Virus Type 1 Bh10 , Anoxybacillus Flavithermus (Strain Dsm 21510 / Wk1) Sequences Data: 5D28_A , 5D28_D , 5D28_B , 5D28_C
5EYP
Tubulin-darpin complex Deposition Author(s): Ahmad, S. , Gigant, B. , Knossow, M.
Date: 2015-11-25 Method: X-RAY DIFFRACTION Resolution: 1.9 Å Organism(s): Anoxybacillus Flavithermus (Strain Dsm 21510 / Wk1) , Fremyella Diplosiphon Sequences Data: 5EYP_A , 5EYP_B , 5EYP_F
5J4Z
Architecture of tight respirasome Deposition Author(s): Fiedorczuk, K. , Letts, J.A. , Sazanov, L.A.
Date: 2016-04-01 Method: ELECTRON MICROSCOPY Resolution: 5.8 Å Organism(s): Anoxybacillus Flavithermus (Strain Dsm 21510 / Wk1) Sequences Data: 5J4Z_A , 5J4Z_J , 5J4Z_K , 5J4Z_L , 5J4Z_M , 5J4Z_N , 5J4Z_O , 5J4Z_P , 5J4Z_Q , 5J4Z_R , 5J4Z_S , 5J4Z_D , 5J4Z_B , 5J4Z_T , 5J4Z_U , 5J4Z_V , 5J4Z_W , 5J4Z_X , 5J4Z_Y , 5J4Z_Z , 5J4Z_C , 5J4Z_E , 5J4Z_F , 5J4Z_G , 5J4Z_H , 5J4Z_9 , 5J4Z_I , 5J4Z_0 , 5J4Z_1 , 5J4Z_2 , 5J4Z_3 , 5J4Z_4 , 5J4Z_5 , 5J4Z_6 , 5J4Z_7 , 5J4Z_8 , 5J4Z_AA , 5J4Z_AL , 5J4Z_AB , 5J4Z_AM , 5J4Z_AC , 5J4Z_AN , 5J4Z_AD , 5J4Z_AO , 5J4Z_AE , 5J4Z_AP , 5J4Z_AF , 5J4Z_AQ , 5J4Z_AG , 5J4Z_AR , 5J4Z_AH , 5J4Z_AS , 5J4Z_AI , 5J4Z_AT , 5J4Z_AJ , 5J4Z_AU , 5J4Z_AK , 5J4Z_AV , 5J4Z_BN , 5J4Z_BO , 5J4Z_BC , 5J4Z_BD , 5J4Z_BE , 5J4Z_BP , 5J4Z_BG , 5J4Z_BH , 5J4Z_BI , 5J4Z_BJ , 5J4Z_BK , 5J4Z_BL , 5J4Z_BM
5J7Y
Architecture of loose respirasome Deposition Author(s): Fiedorczuk, F. , Letts, J.A. , Sazanov, L.A.
Date: 2016-04-07 Method: ELECTRON MICROSCOPY Resolution: 6.7 Å Organism(s): Anoxybacillus Flavithermus (Strain Dsm 21510 / Wk1) Sequences Data: 5J7Y_A , 5J7Y_J , 5J7Y_K , 5J7Y_L , 5J7Y_M , 5J7Y_N , 5J7Y_O , 5J7Y_P , 5J7Y_Q , 5J7Y_R , 5J7Y_S , 5J7Y_D , 5J7Y_B , 5J7Y_T , 5J7Y_U , 5J7Y_V , 5J7Y_W , 5J7Y_X , 5J7Y_Y , 5J7Y_Z , 5J7Y_C , 5J7Y_E , 5J7Y_F , 5J7Y_G , 5J7Y_H , 5J7Y_9 , 5J7Y_I , 5J7Y_0 , 5J7Y_1 , 5J7Y_2 , 5J7Y_3 , 5J7Y_4 , 5J7Y_5 , 5J7Y_6 , 5J7Y_7 , 5J7Y_8 , 5J7Y_AA , 5J7Y_AL , 5J7Y_AB , 5J7Y_AM , 5J7Y_AC , 5J7Y_AN , 5J7Y_AD , 5J7Y_AO , 5J7Y_AE , 5J7Y_AP , 5J7Y_AF , 5J7Y_AQ , 5J7Y_AG , 5J7Y_AR , 5J7Y_AH , 5J7Y_AS , 5J7Y_AI , 5J7Y_AT , 5J7Y_AJ , 5J7Y_AU , 5J7Y_AK , 5J7Y_AV , 5J7Y_BN , 5J7Y_BO , 5J7Y_BC , 5J7Y_BD , 5J7Y_BE , 5J7Y_BP , 5J7Y_BG , 5J7Y_BH , 5J7Y_BI , 5J7Y_BJ , 5J7Y_BK , 5J7Y_BL , 5J7Y_BM
5J8K
Architecture of supercomplex i-iii2 Deposition Author(s): Fiedorczuk, K. , Letts, J.A. , Sazanov, L.A.
Date: 2016-04-08 Method: ELECTRON MICROSCOPY Resolution: 7.8 Å Organism(s): Anoxybacillus Flavithermus (Strain Dsm 21510 / Wk1) Sequences Data: 5J8K_A , 5J8K_J , 5J8K_K , 5J8K_L , 5J8K_M , 5J8K_N , 5J8K_O , 5J8K_P , 5J8K_Q , 5J8K_R , 5J8K_S , 5J8K_D , 5J8K_B , 5J8K_T , 5J8K_U , 5J8K_V , 5J8K_W , 5J8K_X , 5J8K_Y , 5J8K_Z , 5J8K_C , 5J8K_E , 5J8K_F , 5J8K_G , 5J8K_H , 5J8K_9 , 5J8K_I , 5J8K_0 , 5J8K_1 , 5J8K_2 , 5J8K_3 , 5J8K_4 , 5J8K_5 , 5J8K_6 , 5J8K_7 , 5J8K_8 , 5J8K_AA , 5J8K_AL , 5J8K_AB , 5J8K_AM , 5J8K_AC , 5J8K_AN , 5J8K_AD , 5J8K_AO , 5J8K_AE , 5J8K_AP , 5J8K_AF , 5J8K_AQ , 5J8K_AG , 5J8K_AR , 5J8K_AH , 5J8K_AS , 5J8K_AI , 5J8K_AT , 5J8K_AJ , 5J8K_AU , 5J8K_AK , 5J8K_AV
5KX5
Crystal structure of tubulin-stathmin-ttl-compound 11 complex Deposition Author(s): Parris, K.
Date: 2016-07-20 Method: X-RAY DIFFRACTION Resolution: 2.5 Å Organism(s): Caldanaerobius , Anoxybacillus Flavithermus (Strain Dsm 21510 / Wk1) , Pandinus Imperator Sequences Data: 5KX5_A , 5KX5_C , 5KX5_B , 5KX5_D , 5KX5_E , 5KX5_F
5LNK
Entire ovine respiratory complex i Deposition Author(s): Fiedorczuk, K. , Kaszuba, K. , Letts, J.A. , Sazanov, L.A.
Date: 2016-08-04 Method: ELECTRON MICROSCOPY Resolution: 3.9 Å Organism(s): Anoxybacillus Flavithermus (Strain Dsm 21510 / Wk1) Sequences Data: 5LNK_1 , 5LNK_A , 5LNK_M , 5LNK_K , 5LNK_L , 5LNK_J , 5LNK_B , 5LNK_C , 5LNK_D , 5LNK_E , 5LNK_2 , 5LNK_F , 5LNK_G , 5LNK_H , 5LNK_I , 5LNK_X , 5LNK_N , 5LNK_O , 5LNK_3 , 5LNK_P , 5LNK_Q , 5LNK_R , 5LNK_S , 5LNK_T , 5LNK_U , 5LNK_V , 5LNK_W , 5LNK_Y , 5LNK_4 , 5LNK_Z , 5LNK_5 , 5LNK_6 , 5LNK_9