|
108
|
316
|
6k22A |
Crystal structure of ca-bound human annexin a5 in low salt condition |
|
118
|
315
|
6k25A |
Crystal structure of ca-unbound human annexin a5 in low salt condition |
|
106
|
320
|
6j7xA |
Complex of ggtaseiii, farnesyl-ykt6 (c-terminal methylated), and ggpp |
|
108
|
321
|
6j7fA |
Complex of ggtaseiii, farnesyl-ykt6 (c-terminal methylated), and ggpp |
|
91
|
310
|
6j6xB |
Crystal structure of apo ggtaseiii |
|
94
|
326
|
6j6xA |
Crystal structure of apo ggtaseiii |
|
111
|
327
|
6j7xB |
Complex of ggtaseiii, farnesyl-ykt6 (c-terminal methylated), and ggpp |
|
111
|
329
|
6j7fB |
Complex of ggtaseiii, farnesyl-ykt6 (c-terminal methylated), and ggpp |
|
91
|
321
|
6j74A |
Complex of ggtaseiii and full-length ykt6 |
|
39
|
194
|
6j7fC |
Complex of ggtaseiii, farnesyl-ykt6 (c-terminal methylated), and ggpp |
|
47
|
192
|
6j7xC |
Complex of ggtaseiii, farnesyl-ykt6 (c-terminal methylated), and ggpp |
|
97
|
328
|
6j74B |
Complex of ggtaseiii and full-length ykt6 |
|
48
|
192
|
6j74C |
Complex of ggtaseiii and full-length ykt6 |
|
49
|
246
|
6j6eO |
Borrelia burgdorferi ospa via surface entropy reduction (form5) |
|
48
|
246
|
6j5mO |
Ospa mutant, psam-vlgdv1-form3, grafted short chameleon sequence from alpha-b crystallin |
|
51
|
246
|
6j5pO |
Ospa mutant, psam-vlgdv1-form6, grafted short chameleon sequence from alpha-b crystallin |
|
48
|
246
|
6j5rO |
Ospa mutant, psam-vlgdv1-form8, grafted short chameleon sequence from alpha-b crystallin |
|
53
|
246
|
6j6dO |
Borrelia burgdorferi ospa via surface entropy reduction (form4) |
|
49
|
246
|
6j5oO |
Ospa mutant, psam-vlgdv1-form5, grafted short chameleon sequence from alpha-b crystallin |
|
50
|
246
|
6j6cO |
Borrelia burgdorferi ospa via surface entropy reduction (form3) |
|
48
|
246
|
6j5nO |
Ospa mutant, psam-vlgdv1-form4, grafted short chameleon sequence from alpha-b crystallin |
|
52
|
246
|
6j6bO |
Borrelia burgdorferi ospa via surface entropy reduction (form2) |
|
51
|
246
|
6j5qO |
Ospa mutant, psam-vlgdv1-form7, grafted short chameleon sequence from alpha-b crystallin |
|
32
|
136
|
6mp4A |
Human liver fabp1 bound to tetrahydrocannabinol |
|
28
|
133
|
6mkvA |
Crystal structure of retinal-bound holo q108k:k40l:t51w domain-swapped dimer of human cellular retinol binding protein 2 |
|
29
|
133
|
6on5A |
Crystal structure of the zn-bound domain-swapped dimer q108k:t51d:a28c:l36c:f57h mutant of human cellular retinol binding protein ii |
|
28
|
133
|
6mcuA |
Crystal structure of the holo retinal-bound domain-swapped dimer q108k:t51d:a28h mutant of human cellular retinol binding protein ii |
|
23
|
133
|
6mcvA |
Crystal structure of holo retinal-bound domain-swapped dimer of wild type human cellular retinol binding protein ii |
|
28
|
133
|
6mlbA |
Crystal structure of the holo retinal-bound domain-swapped dimer q108k:k40l:t51f mutant of human cellular retinol binding protein ii |
|
29
|
133
|
6on8A |
Crystal structure of the reduced form of apo domain-swapped dimer q108k:t51d:a28c:l36c:f57h mutant of human cellular retinol binding protein ii |
|
29
|
133
|
6on7A |
Crystal structure of apo domain-swapped dimer q108k:t51d:a28c:l36c mutant of human cellular retinol binding protein ii |
|
110
|
303
|
6ikoA |
Crystal structure of mouse gas7cb |
|
106
|
305
|
6iknA |
Crystal structure of the gas7 f-bar domain |
|
32
|
133
|
6e5qA |
Crystal structure of the apo domain-swapped dimer q108k:t51d:a28h mutant of human cellular retinol binding protein ii |
|
29
|
133
|
6e51A |
Crystal structure of the apo domain-swapped dimer q108k:k40l:t51w mutant of human cellular retinol binding protein ii |
|
29
|
133
|
6e6lA |
Crystal structure of the holo retinal-bound domain-swapped dimer q108k:k40l:t51f:y60a mutant of human cellular retinol binding protein ii |
|
30
|
133
|
6e5eA |
Crystal structure of the apo domain-swapped dimer q108k:t51d mutant of human cellular retinol binding protein ii |
|
28
|
133
|
6e7mA |
Crystal structure of the holo retinal-bound domain-swapped dimer q108k:t51d:a28c mutant of human cellular retinol binding protein ii |
|
38
|
93
|
6rgnA |
Btea131 |
|
39
|
173
|
6mnaA |
Crystal structure of lpqn involved in cell envelope biogenesis of mycobacterium tuberculosis |
|
37
|
155
|
6i9fA |
Solution structure of as-p18 reveals that nematode fatty acid binding proteins exhibit unusual structural features |
|
47
|
149
|
6i8xA |
As-p18, an extracellular fatty acid binding protein |
|
152
|
427
|
6idyA |
Crystal structure of aspergillus fumigatus lipase b |
|
26
|
133
|
6e5rA |
Crystal structure of the apo domain-swapped dimer q108k:t51d:a28c mutant of human cellular retinol binding protein ii |
|
35
|
137
|
6mowA |
Crystal structure of the apo r111k:y134f:t54v:r132q:p39y:r59y:l121q mutant of human cellular retinoic acid binding protein ii at 2.3 angstrom resolution |
|
31
|
133
|
6s2mA |
Perdeuterated human myelin protein p2 at 0.72-a resolution |
|
31
|
133
|
6s2sA |
Hydrogenated human myelin protein p2 at 0.86-a resolution |
|
116
|
296
|
6s2aA |
Pi plc mutant h82a |
|
30
|
133
|
6e5sA |
Crystal structure of holo retinal-bound domain-swapped dimer q108k:t51d mutant of human cellular retinol binding protein ii |
|
39
|
173
|
6e5fA |
Crystal structure of lpqn involved in cell envelope biogenesis of mycobacterium tuberculosis |
