Found 530 chains in Genus chains table. Displaying 351 - 400. Applied filters: Proteins

Search results query: dna replication licensing factor mcm2

Total Genus Sequence Length pdb Title
170 677 8b9a4 S. cerevisiae replisome + ctf4, bound by pol alpha primase. complex engaged with a fork dna substrate containing a 60 nucleotide lagging strand.
172 744 8b9b6 S. cerevisiae replisome + ctf4, bound by pol alpha. complex engaged with a fork dna substrate containing a 60 nucleotide lagging strand.
165 643 8b9d7 Human replisome bound by pol alpha
173 725 8b9c7 S. cerevisiae pol alpha - replisome complex
151 705 8b9aB S. cerevisiae replisome + ctf4, bound by pol alpha primase. complex engaged with a fork dna substrate containing a 60 nucleotide lagging strand.
233 800 8b9dK Human replisome bound by pol alpha
164 692 8b9c2 S. cerevisiae pol alpha - replisome complex
167 692 8b9a2 S. cerevisiae replisome + ctf4, bound by pol alpha primase. complex engaged with a fork dna substrate containing a 60 nucleotide lagging strand.
155 724 8b9c3 S. cerevisiae pol alpha - replisome complex
162 724 8b9b3 S. cerevisiae replisome + ctf4, bound by pol alpha. complex engaged with a fork dna substrate containing a 60 nucleotide lagging strand.
170 677 8b9b4 S. cerevisiae replisome + ctf4, bound by pol alpha. complex engaged with a fork dna substrate containing a 60 nucleotide lagging strand.
182 725 8b9b7 S. cerevisiae replisome + ctf4, bound by pol alpha. complex engaged with a fork dna substrate containing a 60 nucleotide lagging strand.
167 299 8b9bA S. cerevisiae replisome + ctf4, bound by pol alpha. complex engaged with a fork dna substrate containing a 60 nucleotide lagging strand.
147 667 8b9a5 S. cerevisiae replisome + ctf4, bound by pol alpha primase. complex engaged with a fork dna substrate containing a 60 nucleotide lagging strand.
171 645 8b9d6 Human replisome bound by pol alpha
117 621 7w68B Human single hexameric mcm2-7 complex
125 640 7w68F Human single hexameric mcm2-7 complex
124 698 7w68A Human single hexameric mcm2-7 complex
99 654 7w68D Human single hexameric mcm2-7 complex
103 625 7w68C Human single hexameric mcm2-7 complex
125 770 7w68E Human single hexameric mcm2-7 complex
174 677 7w1y4 Human mcm double hexamer bound to natural dna duplex (polyat/polyta)
183 729 7w1y2 Human mcm double hexamer bound to natural dna duplex (polyat/polyta)
184 658 7w1y3 Human mcm double hexamer bound to natural dna duplex (polyat/polyta)
186 643 7w1y7 Human mcm double hexamer bound to natural dna duplex (polyat/polyta)
116 636 6xty5 Cryoem structure of human cmg bound to and-1 (cmga)
47 196 6xtyA Cryoem structure of human cmg bound to and-1 (cmga)
106 613 6xty4 Cryoem structure of human cmg bound to and-1 (cmga)
116 648 6xty6 Cryoem structure of human cmg bound to and-1 (cmga)
114 704 6xtx3 Cryoem structure of human cmg bound to atpgammas and dna
127 774 6xtx6 Cryoem structure of human cmg bound to atpgammas and dna
47 196 6xtxA Cryoem structure of human cmg bound to atpgammas and dna
126 566 6xtyE Cryoem structure of human cmg bound to and-1 (cmga)
45 176 6xtxB Cryoem structure of human cmg bound to atpgammas and dna
103 650 6xty2 Cryoem structure of human cmg bound to and-1 (cmga)
45 176 6xtyB Cryoem structure of human cmg bound to and-1 (cmga)
112 403 6xtyF Cryoem structure of human cmg bound to and-1 (cmga)
120 641 6xty7 Cryoem structure of human cmg bound to and-1 (cmga)
38 204 6xtyC Cryoem structure of human cmg bound to and-1 (cmga)
114 641 6xtx7 Cryoem structure of human cmg bound to atpgammas and dna
38 204 6xtxC Cryoem structure of human cmg bound to atpgammas and dna
117 636 6xtx5 Cryoem structure of human cmg bound to atpgammas and dna
110 613 6xtx4 Cryoem structure of human cmg bound to atpgammas and dna
44 203 6xtyD Cryoem structure of human cmg bound to and-1 (cmga)
113 704 6xty3 Cryoem structure of human cmg bound to and-1 (cmga)
113 730 6xtx2 Cryoem structure of human cmg bound to atpgammas and dna
126 566 6xtxE Cryoem structure of human cmg bound to atpgammas and dna
44 203 6xtxD Cryoem structure of human cmg bound to atpgammas and dna
112 719 6wgf3 Atomic model of mutant mcm2-7 hexamer with mcm6 whd truncation
99 671 6wgf7 Atomic model of mutant mcm2-7 hexamer with mcm6 whd truncation