Search Query :
6MZL
Human tfiid canonical state Deposition Author(s): Fang, J. , Greber, B.J. , Grunberg, S. , Hahn, S. , Liu, Y. , Louder, R.K. , Luo, J. , Nogales, E. , Patel, A.B. , Ranish, J.
Date: 2018-11-05 Method: ELECTRON MICROSCOPY Resolution: 23.0 Å Organism(s): Homo Sapiens Sequences Data: 6MZL_A , 6MZL_L , 6MZL_M , 6MZL_N , 6MZL_O , 6MZL_P , 6MZL_Q , 6MZL_R , 6MZL_S , 6MZL_T , 6MZL_Y , 6MZL_Z , 6MZL_B , 6MZL_C , 6MZL_D , 6MZL_E , 6MZL_F , 6MZL_G , 6MZL_H , 6MZL_I , 6MZL_J , 6MZL_K
6MZM
Human tfiid bound to promoter dna and tfiia Deposition Author(s): Fang, J. , Greber, B.J. , Grunberg, S. , Hahn, S. , Liu, Y. , Louder, R.K. , Luo, J. , Nogales, E. , Patel, A.B. , Ranish, J.
Date: 2018-11-05 Method: ELECTRON MICROSCOPY Resolution: 7.5 Å Organism(s): Homo Sapiens , Synthetic Construct Sequences Data: 6MZM_A , 6MZM_O , 6MZM_R , 6MZM_T , 6MZM_U , 6MZM_V , 6MZM_W , 6MZM_X , 6MZM_Z , 6MZM_B , 6MZM_D , 6MZM_G , 6MZM_H , 6MZM_I , 6MZM_J , 6MZM_K , 6MZM_L
6NMI
Cryo-em structure of the human tfiih core complex Deposition Author(s): Fang, J. , Greber, B.J. , Nogales, E. , Toso, D.
Date: 2019-01-10 Method: ELECTRON MICROSCOPY Resolution: 3.7 Å Organism(s): Homo Sapiens Sequences Data: 6NMI_A , 6NMI_B , 6NMI_C , 6NMI_D , 6NMI_E , 6NMI_F , 6NMI_G , 6NMI_H
6NY1
Casx-grna-dna(30bp) state ii Deposition Author(s): Doudna, J.A. , Liu, J.J. , Nogales, E. , Orlova, N.
Date: 2019-02-10 Method: ELECTRON MICROSCOPY Resolution: 4.2 Å Organism(s): Deltaproteobacteria Bacterium , Synthetic Construct Sequences Data: 6NY1_Y , 6NY1_D , 6NY1_B , 6NY1_C
6NY2
Casx-grna-dna(45bp) state i Deposition Author(s): Doudna, J.A. , Liu, J.J. , Nogales, E. , Orlova, N.
Date: 2019-02-10 Method: ELECTRON MICROSCOPY Resolution: 3.2 Å Organism(s): Deltaproteobacteria Bacterium , Synthetic Construct Sequences Data: 6NY2_C , 6NY2_D , 6NY2_Y , 6NY2_B
6NY3
Casx ternary complex with 30bp target dna Deposition Author(s): Doudna, J.A. , Liu, J.J. , Nogales, E. , Orlova, N.
Date: 2019-02-10 Method: ELECTRON MICROSCOPY Resolution: 3.7 Å Organism(s): Deltaproteobacteria Bacterium , Synthetic Construct Sequences Data: 6NY3_C , 6NY3_D , 6NY3_Y , 6NY3_B
6O2Q
Acetylated microtubules Deposition Author(s): Bonomi, M. , Eshun-Wilson, L. , Fraser, J.S. , Lohr, T. , Nachury, M.V. , Nogales, E. , Portran, D. , Toso, D. , Vendruscolo, M. , Zhang, R.
Date: 2019-02-24 Method: ELECTRON MICROSCOPY Resolution: 3.7 Å Organism(s): Sus Scrofa Sequences Data: 6O2Q_A , 6O2Q_C , 6O2Q_E , 6O2Q_J , 6O2Q_K , 6O2Q_L , 6O2Q_B , 6O2Q_D , 6O2Q_F , 6O2Q_G , 6O2Q_H , 6O2Q_I
6O2R
Deacetylated microtubules Deposition Author(s): Bonomi, M. , Eshun-Wilson, L. , Fraser, J.S. , Lohr, T. , Nachury, M.V. , Nogales, E. , Portran, D. , Toso, D. , Vendruscolo, M. , Zhang, R.
Date: 2019-02-24 Method: ELECTRON MICROSCOPY Resolution: 3.3 Å Organism(s): Sus Scrofa Sequences Data: 6O2R_A , 6O2R_C , 6O2R_E , 6O2R_J , 6O2R_K , 6O2R_L , 6O2R_B , 6O2R_D , 6O2R_F , 6O2R_G , 6O2R_H , 6O2R_I
6O2S
Deacetylated microtubules Deposition Author(s): Bonomi, M. , Eshun-Wilson, L. , Fraser, J.S. , Lohr, T. , Nachury, M.V. , Nogales, E. , Portran, D. , Toso, D. , Vendruscolo, M. , Zhang, R.
Date: 2019-02-24 Method: ELECTRON MICROSCOPY Resolution: 4.0 Å Organism(s): Sus Scrofa Sequences Data: 6O2S_1A , 6O2S_1B , 6O2S_1C , 6O2S_1D , 6O2S_1E , 6O2S_1F , 6O2S_1G , 6O2S_1I , 6O2S_1J , 6O2S_1K , 6O2S_1L , 6O2S_1M , 6O2S_1N , 6O2S_2A , 6O2S_2B , 6O2S_2C , 6O2S_2D , 6O2S_2E , 6O2S_2F , 6O2S_2G , 6O2S_2I , 6O2S_2J , 6O2S_2K , 6O2S_2L , 6O2S_2M , 6O2S_2N , 6O2S_3A , 6O2S_3B , 6O2S_3C , 6O2S_3D , 6O2S_3E , 6O2S_3F , 6O2S_3G , 6O2S_3I , 6O2S_3J , 6O2S_3K , 6O2S_3L , 6O2S_3M , 6O2S_3N , 6O2S_4A , 6O2S_4B , 6O2S_4C , 6O2S_4D , 6O2S_4E , 6O2S_4F , 6O2S_4G , 6O2S_4I , 6O2S_4J , 6O2S_4K , 6O2S_4L , 6O2S_4M , 6O2S_4N , 6O2S_1H , 6O2S_1O , 6O2S_1P , 6O2S_1Q , 6O2S_1R , 6O2S_1S , 6O2S_1T , 6O2S_1U , 6O2S_1V , 6O2S_1W , 6O2S_1X , 6O2S_1Y , 6O2S_1Z , 6O2S_2H , 6O2S_2O , 6O2S_2P , 6O2S_2Q , 6O2S_2R , 6O2S_2S , 6O2S_2T , 6O2S_2U , 6O2S_2V , 6O2S_2W , 6O2S_2X , 6O2S_2Y , 6O2S_2Z , 6O2S_3H , 6O2S_3O , 6O2S_3P , 6O2S_3Q , 6O2S_3R , 6O2S_3S , 6O2S_3T , 6O2S_3U , 6O2S_3V , 6O2S_3W , 6O2S_3X , 6O2S_3Y , 6O2S_3Z , 6O2S_4H , 6O2S_4O , 6O2S_4P , 6O2S_4Q , 6O2S_4R , 6O2S_4S , 6O2S_4T , 6O2S_4U , 6O2S_4V , 6O2S_4W , 6O2S_4X , 6O2S_4Y , 6O2S_4Z
6O2T
Acetylated microtubules Deposition Author(s): Bonomi, M. , Eshun-Wilson, L. , Fraser, J.S. , Lohr, T. , Nachury, M.V. , Nogales, E. , Portran, D. , Toso, D. , Vendruscolo, M. , Zhang, R.
Date: 2019-02-24 Method: ELECTRON MICROSCOPY Resolution: 4.1 Å Organism(s): Sus Scrofa Sequences Data: 6O2T_1A , 6O2T_1B , 6O2T_1C , 6O2T_1D , 6O2T_1E , 6O2T_1F , 6O2T_1G , 6O2T_1I , 6O2T_1J , 6O2T_1K , 6O2T_1L , 6O2T_1M , 6O2T_1N , 6O2T_2A , 6O2T_2B , 6O2T_2C , 6O2T_2D , 6O2T_2E , 6O2T_2F , 6O2T_2G , 6O2T_2I , 6O2T_2J , 6O2T_2K , 6O2T_2L , 6O2T_2M , 6O2T_2N , 6O2T_3A , 6O2T_3B , 6O2T_3C , 6O2T_3D , 6O2T_3E , 6O2T_3F , 6O2T_3G , 6O2T_3I , 6O2T_3J , 6O2T_3K , 6O2T_3L , 6O2T_3M , 6O2T_3N , 6O2T_4A , 6O2T_4B , 6O2T_4C , 6O2T_4D , 6O2T_4E , 6O2T_4F , 6O2T_4G , 6O2T_4I , 6O2T_4J , 6O2T_4K , 6O2T_4L , 6O2T_4M , 6O2T_4N , 6O2T_1H , 6O2T_1O , 6O2T_1P , 6O2T_1Q , 6O2T_1R , 6O2T_1S , 6O2T_1T , 6O2T_1U , 6O2T_1V , 6O2T_1W , 6O2T_1X , 6O2T_1Y , 6O2T_1Z , 6O2T_2H , 6O2T_2O , 6O2T_2P , 6O2T_2Q , 6O2T_2R , 6O2T_2S , 6O2T_2T , 6O2T_2U , 6O2T_2V , 6O2T_2W , 6O2T_2X , 6O2T_2Y , 6O2T_2Z , 6O2T_3H , 6O2T_3O , 6O2T_3P , 6O2T_3Q , 6O2T_3R , 6O2T_3S , 6O2T_3T , 6O2T_3U , 6O2T_3V , 6O2T_3W , 6O2T_3X , 6O2T_3Y , 6O2T_3Z , 6O2T_4H , 6O2T_4O , 6O2T_4P , 6O2T_4Q , 6O2T_4R , 6O2T_4S , 6O2T_4T , 6O2T_4U , 6O2T_4V , 6O2T_4W , 6O2T_4X , 6O2T_4Y , 6O2T_4Z