Search Query :
9N9I
Cryo-em structure of the xenopus laevis mitotic centromere-associated kinesin (mcak) bound to the paclitaxel-stabilized microtubule Deposition Author(s): Funabiki, H. , Niu, Y.
Date: 2025-02-10 Method: ELECTRON MICROSCOPY Resolution: 3.3 Å Organism(s): Sus Scrofa , Xenopus Laevis Sequences Data: 9N9I_1 , 9N9I_4 , 9N9I_A , 9N9I_3 , 9N9I_B , 9N9I_C , 9N9I_M
9NH8
Chd1-nucleosome complex (anchored state) Deposition Author(s): Farnung, L. , James, A.M.
Date: 2025-02-24 Method: ELECTRON MICROSCOPY Resolution: 3.2 Å Organism(s): Homo Sapiens , Synthetic Construct , Xenopus Laevis Sequences Data: 9NH8_A , 9NH8_E , 9NH8_V , 9NH8_B , 9NH8_F , 9NH8_C , 9NH8_G , 9NH8_D , 9NH8_H , 9NH8_I , 9NH8_J , 9NH8_W
9NY4
Usp21 bound to h2ak119ub nucleosome Deposition Author(s): Rahman, S. , Wolberger, C.
Date: 2025-03-26 Method: ELECTRON MICROSCOPY Resolution: 2.98 Å Organism(s): Homo Sapiens , Synthetic Construct , Xenopus Laevis Sequences Data: 9NY4_A , 9NY4_E , 9NY4_B , 9NY4_F , 9NY4_C , 9NY4_G , 9NY4_D , 9NY4_H , 9NY4_I , 9NY4_J , 9NY4_K , 9NY4_U
9OLH
Symmetry-expanded reconstruction of augmin t-ii bonsai on the gtpgammas microtubule Deposition Author(s): Travis, S.M. , Zhang, R.
Date: 2025-05-12 Method: ELECTRON MICROSCOPY Resolution: 3.83 Å Organism(s): Bos Taurus , Xenopus Laevis Sequences Data: 9OLH_A , 9OLH_C , 9OLH_B , 9OLH_F , 9OLH_G , 9OLH_H
9QAJ
Structure of the nucleosome-bound human bcl7a Deposition Author(s): Bergamin, E. , Martin, F.
Date: 2025-02-28 Method: ELECTRON MICROSCOPY Resolution: 2.95 Å Organism(s): Homo Sapiens , Xenopus Laevis Sequences Data: 9QAJ_A , 9QAJ_E , 9QAJ_B , 9QAJ_F , 9QAJ_C , 9QAJ_G , 9QAJ_D , 9QAJ_H , 9QAJ_I , 9QAJ_J , 9QAJ_K , 9QAJ_M , 9QAJ_L , 9QAJ_N
9QEJ
Cryo-em structure of the importin beta:importin7:histone h1.0 complex Deposition Author(s): Neumann, P.
Date: 2025-03-10 Method: ELECTRON MICROSCOPY Resolution: 6.2 Å Organism(s): Homo Sapiens , Xenopus Laevis Sequences Data: 9QEJ_A , 9QEJ_B , 9QEJ_C
9QF0
Cryo-em structure of the mportin7:histone h1.0 complex Deposition Author(s): Dickmanns, A. , Neumann, P.
Date: 2025-03-11 Method: ELECTRON MICROSCOPY Resolution: 7.5 Å Organism(s): Homo Sapiens , Xenopus Laevis Sequences Data: 9QF0_A , 9QF0_C
9QIK
M2 nucleosome Deposition Author(s): Hopfner, K.-P. , Kunert, F. , Lammens, K.
Date: 2025-03-17 Method: ELECTRON MICROSCOPY Resolution: 3.03 Å Organism(s): Xenopus Laevis , Xenopus Laevis Laevis Sequences Data: 9QIK_A , 9QIK_B , 9QIK_C , 9QIK_D , 9QIK_E , 9QIK_F , 9QIK_G , 9QIK_H , 9QIK_I , 9QIK_J
9R5K
Structural characterisation of chromatin remodelling intermediates supports linker dna dependent product inhibition as a mechanism for nucleosome spacing. Deposition Author(s): Hughes, A. , Owen-Hughes, T.A. , Sundaramoorthy, R.
Date: 2025-05-09 Method: ELECTRON MICROSCOPY Resolution: 4.2 Å Organism(s): Xenopus Laevis , Synthetic Construct Sequences Data: 9R5K_I , 9R5K_J , 9R5K_A , 9R5K_E , 9R5K_B , 9R5K_F , 9R5K_C , 9R5K_G , 9R5K_D , 9R5K_H
9R5S
Structural characterisation of chromatin remodelling intermediates supports linker dna dependent product inhibition as a mechanism for nucleosome spacing. Deposition Author(s): Hughes, A. , Owen-Hughes, T.A. , Sundaramoorthy, R.
Date: 2025-05-09 Method: ELECTRON MICROSCOPY Resolution: 3.8 Å Organism(s): Saccharomyces Cerevisiae , Xenopus Laevis , Synthetic Construct Sequences Data: 9R5S_I , 9R5S_J , 9R5S_A , 9R5S_E , 9R5S_B , 9R5S_F , 9R5S_C , 9R5S_G , 9R5S_D , 9R5S_H , 9R5S_W