Search results query: proteasome subunit alpha type-6

Found 761 chains in Genus chains table. Displaying 51 - 100. Applied filters: Proteins

Total Genus	Sequence Length	pdb	Title
53	233	9y1oD	The structure of the plasmodium falciparum 20s proteasome
55	240	9y1oC	The structure of the plasmodium falciparum 20s proteasome
34	208	9y0lJ	Incorrectly assembled half-pf20s
47	194	9y0lK	Incorrectly assembled half-pf20s
55	233	9y0kD	Structure of plasmodium falciparum 20s proteasome with bound j80
47	221	9y0kI	Structure of plasmodium falciparum 20s proteasome with bound j80
44	215	9y0kJ	Structure of plasmodium falciparum 20s proteasome with bound j80
49	233	9y0lD	Incorrectly assembled half-pf20s
56	212	9y0kM	Structure of plasmodium falciparum 20s proteasome with bound j80
54	227	9y0lB	Incorrectly assembled half-pf20s
58	210	9y0kL	Structure of plasmodium falciparum 20s proteasome with bound j80
61	243	9y0kN	Structure of plasmodium falciparum 20s proteasome with bound j80
54	240	9y0lC	Incorrectly assembled half-pf20s
55	250	9y0lA	Incorrectly assembled half-pf20s
59	234	9y0kF	Structure of plasmodium falciparum 20s proteasome with bound j80
49	234	9y0lF	Incorrectly assembled half-pf20s
57	238	9y0kE	Structure of plasmodium falciparum 20s proteasome with bound j80
60	240	9y0kC	Structure of plasmodium falciparum 20s proteasome with bound j80
52	227	9y0kB	Structure of plasmodium falciparum 20s proteasome with bound j80
50	195	9y0kK	Structure of plasmodium falciparum 20s proteasome with bound j80
47	200	9qvxL	The targeting of non-fibrillar polyq via distinct vcp-proteasome coupling
52	212	9qvxN	The targeting of non-fibrillar polyq via distinct vcp-proteasome coupling
53	240	9qvxA	The targeting of non-fibrillar polyq via distinct vcp-proteasome coupling
57	247	9qvxC	The targeting of non-fibrillar polyq via distinct vcp-proteasome coupling
48	233	9qvxF	The targeting of non-fibrillar polyq via distinct vcp-proteasome coupling
49	229	9qvxB	The targeting of non-fibrillar polyq via distinct vcp-proteasome coupling
49	232	9qvxD	The targeting of non-fibrillar polyq via distinct vcp-proteasome coupling
39	204	9qvxJ	The targeting of non-fibrillar polyq via distinct vcp-proteasome coupling
56	239	9qvxG	The targeting of non-fibrillar polyq via distinct vcp-proteasome coupling
50	233	9qvxE	The targeting of non-fibrillar polyq via distinct vcp-proteasome coupling
47	212	9qvxM	The targeting of non-fibrillar polyq via distinct vcp-proteasome coupling
50	202	9qvxH	The targeting of non-fibrillar polyq via distinct vcp-proteasome coupling
50	220	9qvxI	The targeting of non-fibrillar polyq via distinct vcp-proteasome coupling
48	196	9qvxK	The targeting of non-fibrillar polyq via distinct vcp-proteasome coupling
106	373	9szta	Co-chaperone bag1-bound human 26s proteasome in sbag1.2 state
258	865	9sztf	Co-chaperone bag1-bound human 26s proteasome in sbag1.2 state
51	191	9sztb	Co-chaperone bag1-bound human 26s proteasome in sbag1.2 state
61	252	9sztd	Co-chaperone bag1-bound human 26s proteasome in sbag1.2 state
148	444	9sztV	Co-chaperone bag1-bound human 26s proteasome in sbag1.2 state
50	203	9sztN	Co-chaperone bag1-bound human 26s proteasome in sbag1.2 state
66	287	9sztc	Co-chaperone bag1-bound human 26s proteasome in sbag1.2 state
232	921	9szvU	Co-chaperone bag1-bound human 26s proteasome in sbag1.3 state
57	237	9szvG	Co-chaperone bag1-bound human 26s proteasome in sbag1.3 state
229	921	9heuU	Co-chaperone bag1-bound human 26s proteasome in sbag1 state
49	226	9szvH	Co-chaperone bag1-bound human 26s proteasome in sbag1.3 state
143	444	9sztW	Co-chaperone bag1-bound human 26s proteasome in sbag1.2 state
51	237	9sztL	Co-chaperone bag1-bound human 26s proteasome in sbag1.2 state
258	865	9heuf	Co-chaperone bag1-bound human 26s proteasome in sbag1 state
128	380	9sztX	Co-chaperone bag1-bound human 26s proteasome in sbag1.2 state
256	865	9szvf	Co-chaperone bag1-bound human 26s proteasome in sbag1.3 state