Found 153 chains in Genus chains table. Displaying 51 - 100. Applied filters: Proteins

Search results query ec: 3.6.4.6

Total Genus Sequence Length pdb Title
126 748 7rljA Cryo-em structure of human p97 bound to cb-5083 and atpgs.
149 755 7rliA Cryo-em structure of human p97 bound to cb-5083 and adp.
139 755 7rlbA Cryo-em structure of human p97-a232e mutant bound to adp
128 755 7rl6A Cryo-em structure of human p97-r155h mutant bound to adp.
148 755 7rldA Cryo-em structure of human p97-e470d mutant bound to adp.
147 764 7rl9A Cryo-em structure of human p97-r191q mutant bound to adp.
152 755 7rlgA Cryo-em structure of human p97-d592n mutant bound to adp.
188 748 7rlfA Cryo-em structure of human p97-e470d mutant bound to atpgs.
188 748 7rlhA Cryo-em structure of human p97-d592n mutant bound to atpgs.
142 751 7r7tA P47-bound p97-r155h mutant with adp
122 566 7r7uA D1 and d2 domain structure of the p97(r155h)-p47 complex
128 752 7r7sA P47-bound p97-r155h mutant with atpgammas
174 747 7bp9A Human aaa+ atpase vcp mutant - t76e, adp-bound form
161 747 7bp8A Human aaa+ atpase vcp mutant - t76a, adp-bound form
165 749 7bpaA Human aaa+ atpase vcp mutant - t76a, amp-pnp-bound form, conformation i
138 747 7bpbA Human aaa+ atpase vcp mutant - t76e, amp-pnp bound form, conformation i
203 757 7jy5A Structure of human p97 in complex with atpgammas and npl4/ufd1 (masked around p97)
136 754 6opcA Cdc48 hexamer in a complex with substrate and shp1(ubx domain)
0 4 4p0aB Crystal structure of hoip pub domain in complex with p97 pim
153 554 6mckA P97 d1d2 with cb5083 bound
92 296 6g2yA Crystal structure of the p97 d2 domain in a helical split-washer conformation
80 296 6g30A Crystal structure of the p97 d2 domain in a helical split-washer conformation
97 266 6g2vA Crystal structure of the p97 d2 domain in a helical split-washer conformation
102 520 6ip2A Nsf-d1d2 part in the whole 20s complex
93 296 6g2zA Crystal structure of the p97 d2 domain in a helical split-washer conformation
87 296 6g2wA Crystal structure of the p97 d2 domain in a helical split-washer conformation
93 297 6g2xA Crystal structure of the p97 d2 domain in a helical split-washer conformation
148 454 5kiyA P97 nd1-a232e in complex with vimp
126 440 5kiwA P97 nd1-l198w in complex with vimp
182 748 5ifwB Quantitative interaction mapping reveals an extended ubiquitin regulatory domain in aspl that disrupts functional p97 hexamers and induces cell death
138 460 5ifsB Quantitative interaction mapping reveals an extended ubiquitin regulatory domain in aspl that disrupts functional p97 hexamers and induces cell death
162 743 5ftlA Cryo-em structure of human p97 bound to atpgs (conformation i)
101 528 6mdoA The d1 and d2 domain rings of nsf engaging the snap-25 n-terminus within the 20s supercomplex (focused refinement on d1/d2 rings, class 1)
99 528 6mdnA The 20s supercomplex engaging the snap-25 n-terminus (class 2)
105 528 6mdpA The d1 and d2 domain rings of nsf engaging the snap-25 n-terminus within the 20s supercomplex (focused refinement on d1/d2 rings, class 2)
127 738 6mdmA The 20s supercomplex engaging the snap-25 n-terminus (class 1)
201 729 5c18A P97-delta709-728 in complex with atp-gamma-s
183 754 5c19A P97 variant 2 in the apo state
211 730 5c1bA P97-delta709-728 in complex with a ufd1-shp peptide
209 750 5c1aA P97-n750d/r753d/m757d/q760d in complex with atp-gamma-s
50 174 5b6cA Structural details of ufd1 binding to p97
91 270 4d82A Metallosphera sedula vps4 crystal structure
67 273 4d80A Metallosphera sedula vps4 crystal structure
83 267 4d81A Metallosphera sedula vps4 crystal structure
45 165 3tiwA Crystal structure of p97n in complex with the c-terminus of gp78
46 170 5x4lA Crystal structure of the ubx domain of human ubxd7 in complex with p97 n domain
48 170 5glfA Structural insights into the interaction of p97 n-terminal domain and shp motif in derlin-1 rhomboid pseudoprotease
164 743 5ftkA Cryo-em structure of human p97 bound to adp
159 743 5ftjA Cryo-em structure of human p97 bound to upcdc30245 inhibitor
38 82 5fvkA Crystal structure of vps4-vfa1 complex from s.cerevisiae at 1.66 a resolution.