Search results query: AAA_lid_3

Found 524 chains in Genus chains table. Displaying 201 - 250. Applied filters: Proteins

Total Genus	Sequence Length	pdb	Title
74	379	5ln3K	The human 26s proteasome at 6.8 ang.
93	393	5l4gK	The human 26s proteasome at 3.9 a
105	389	5l4gL	The human 26s proteasome at 3.9 a
103	379	5l4gI	The human 26s proteasome at 3.9 a
148	454	5kiyA	P97 nd1-a232e in complex with vimp
88	396	5l4gH	The human 26s proteasome at 3.9 a
91	391	5l4gJ	The human 26s proteasome at 3.9 a
93	415	5l4gM	The human 26s proteasome at 3.9 a
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
80	365	5gjrI	An atomic structure of the human 26s proteasome
75	387	5gjrH	An atomic structure of the human 26s proteasome
73	374	5gjrJ	An atomic structure of the human 26s proteasome
76	375	5gjrL	An atomic structure of the human 26s proteasome
83	380	5gjrK	An atomic structure of the human 26s proteasome
162	743	5ftlA	Cryo-em structure of human p97 bound to atpgs (conformation i)
79	362	4cr2I	Deep classification of a large cryo-em dataset defines the conformational landscape of the 26s proteasome
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)
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)
127	738	6mdmA	The 20s supercomplex engaging the snap-25 n-terminus (class 1)
135	458	6gcnA	Truncated ftsh from a. aeolicus in r32
115	457	6gcoA	Truncated ftsh from a. aeolicus in p312
76	385	6fvxI	26s proteasome, s5 state
85	405	6fvyJ	26s proteasome, s6 state
87	421	6fvxM	26s proteasome, s5 state
70	426	6fvxH	26s proteasome, s5 state
77	388	6fvxL	26s proteasome, s5 state
87	426	6fvwH	26s proteasome, s4 state
80	385	6fvvI	26s proteasome, s3 state
78	388	6fvtL	26s proteasome, s1 state
90	388	6fvyL	26s proteasome, s6 state
89	426	6fvyH	26s proteasome, s6 state
70	421	6fvuM	26s proteasome, s2 state
82	426	6fvtH	26s proteasome, s1 state
82	421	6fvyM	26s proteasome, s6 state
81	385	6fvwI	26s proteasome, s4 state
88	388	6fvvL	26s proteasome, s3 state
83	421	6fvwM	26s proteasome, s4 state
89	421	6fvvM	26s proteasome, s3 state
66	384	6fvuI	26s proteasome, s2 state
85	385	6fvyI	26s proteasome, s6 state
83	405	6fvvJ	26s proteasome, s3 state
80	403	6fvwJ	26s proteasome, s4 state
79	405	6fvxJ	26s proteasome, s5 state
76	388	6fvwL	26s proteasome, s4 state
79	405	6fvtJ	26s proteasome, s1 state
72	405	6fvuJ	26s proteasome, s2 state
83	385	6fvtI	26s proteasome, s1 state