|
190
|
678
|
7w8g4 |
Cryo-em structure of mcm double hexamer |
|
151
|
743
|
7w8g6 |
Cryo-em structure of mcm double hexamer |
|
193
|
729
|
7v3u7 |
Cryo-em structure of mcm double hexamer with structured mcm4-nsd |
|
193
|
729
|
7v3v7 |
Cryo-em structure of mcm double hexamer bound with ddk in state i |
|
171
|
699
|
7w8g5 |
Cryo-em structure of mcm double hexamer |
|
195
|
729
|
7w8g7 |
Cryo-em structure of mcm double hexamer |
|
180
|
678
|
7v3v4 |
Cryo-em structure of mcm double hexamer bound with ddk in state i |
|
162
|
686
|
7w8g2 |
Cryo-em structure of mcm double hexamer |
|
171
|
699
|
7v3u5 |
Cryo-em structure of mcm double hexamer with structured mcm4-nsd |
|
157
|
722
|
7v3v3 |
Cryo-em structure of mcm double hexamer bound with ddk in state i |
|
61
|
598
|
7v3vI |
Cryo-em structure of mcm double hexamer bound with ddk in state i |
|
78
|
462
|
7v3vH |
Cryo-em structure of mcm double hexamer bound with ddk in state i |
|
158
|
743
|
7v3v6 |
Cryo-em structure of mcm double hexamer bound with ddk in state i |
|
184
|
722
|
7v3u4 |
Cryo-em structure of mcm double hexamer with structured mcm4-nsd |
|
175
|
700
|
7v3v5 |
Cryo-em structure of mcm double hexamer bound with ddk in state i |
|
150
|
686
|
7v3v2 |
Cryo-em structure of mcm double hexamer bound with ddk in state i |
|
153
|
686
|
7v3u2 |
Cryo-em structure of mcm double hexamer with structured mcm4-nsd |
|
155
|
743
|
7v3u6 |
Cryo-em structure of mcm double hexamer with structured mcm4-nsd |
|
160
|
722
|
7v3u3 |
Cryo-em structure of mcm double hexamer with structured mcm4-nsd |
|
137
|
734
|
7qhs6 |
S. cerevisiae cmge nucleating origin dna melting |
|
151
|
657
|
7qhsE |
S. cerevisiae cmge nucleating origin dna melting |
|
132
|
724
|
7qhs3 |
S. cerevisiae cmge nucleating origin dna melting |
|
129
|
659
|
7qhs4 |
S. cerevisiae cmge nucleating origin dna melting |
|
43
|
194
|
7qhsC |
S. cerevisiae cmge nucleating origin dna melting |
|
46
|
199
|
7qhsI |
S. cerevisiae cmge nucleating origin dna melting |
|
109
|
686
|
7qhsF |
S. cerevisiae cmge nucleating origin dna melting |
|
153
|
688
|
7qhs2 |
S. cerevisiae cmge nucleating origin dna melting |
|
157
|
755
|
7qhs5 |
S. cerevisiae cmge nucleating origin dna melting |
|
157
|
900
|
7qhsG |
S. cerevisiae cmge nucleating origin dna melting |
|
60
|
208
|
7qhsH |
S. cerevisiae cmge nucleating origin dna melting |
|
60
|
242
|
7qhsD |
S. cerevisiae cmge nucleating origin dna melting |
|
132
|
726
|
7qhs7 |
S. cerevisiae cmge nucleating origin dna melting |
|
197
|
773
|
7w1y6 |
Human mcm double hexamer bound to natural dna duplex (polyat/polyta) |
|
187
|
733
|
7w1y5 |
Human mcm double hexamer bound to natural dna duplex (polyat/polyta) |
|
221
|
957
|
8ouwK |
Cryo-em structure of cmg helicase bound to tim-1/tipn-1 and homodimeric dnsn-1 on fork dna (caenorhabditis elegans) |
|
85
|
450
|
8ouwF |
Cryo-em structure of cmg helicase bound to tim-1/tipn-1 and homodimeric dnsn-1 on fork dna (caenorhabditis elegans) |
|
52
|
1329
|
8b9aJ |
S. cerevisiae replisome + ctf4, bound by pol alpha primase. complex engaged with a fork dna substrate containing a 60 nucleotide lagging strand. |
|
194
|
802
|
8ouw6 |
Cryo-em structure of cmg helicase bound to tim-1/tipn-1 and homodimeric dnsn-1 on fork dna (caenorhabditis elegans) |
|
55
|
180
|
8ouwB |
Cryo-em structure of cmg helicase bound to tim-1/tipn-1 and homodimeric dnsn-1 on fork dna (caenorhabditis elegans) |
|
159
|
677
|
8b9c4 |
S. cerevisiae pol alpha - replisome complex |
|
167
|
692
|
8b9b2 |
S. cerevisiae replisome + ctf4, bound by pol alpha. complex engaged with a fork dna substrate containing a 60 nucleotide lagging strand. |
|
141
|
667
|
8b9c5 |
S. cerevisiae pol alpha - replisome complex |
|
90
|
343
|
8q6p5 |
X. laevis cmg dimer bound to dimeric donson - mcm atpase |
|
155
|
566
|
8q6oJ |
X. laevis cmg dimer bound to dimeric donson - without atpase |
|
88
|
336
|
8q6p4 |
X. laevis cmg dimer bound to dimeric donson - mcm atpase |
|
50
|
202
|
8q6oI |
X. laevis cmg dimer bound to dimeric donson - without atpase |
|
63
|
262
|
8q6o3 |
X. laevis cmg dimer bound to dimeric donson - without atpase |
|
85
|
574
|
8q6oL |
X. laevis cmg dimer bound to dimeric donson - without atpase |
|
5
|
17
|
8q6pL |
X. laevis cmg dimer bound to dimeric donson - mcm atpase |
|
49
|
273
|
8q6o4 |
X. laevis cmg dimer bound to dimeric donson - without atpase |
