|
98
|
279
|
3i37X |
Proteinase k by lb nanotemplate method before high x-ray dose on id14-2 beamline at esrf |
|
99
|
279
|
3i34X |
Proteinase k by lb nanotemplate method after high x-ray dose on id14-2 beamline at esrf |
|
98
|
279
|
3i2yX |
Proteinase k by classical hanging drop method before high x-ray dose on id14-2 beamline at esrf |
|
194
|
593
|
3hjrA |
Crystal structure of serine protease of aeromonas sobria |
|
97
|
279
|
3i30X |
Proteinase k by classical hanging drop method after high x-ray dose on id14-2 beamline at esrf |
|
143
|
530
|
3h42B |
Crystal structure of pcsk9 in complex with fab from ldlr competitive antibody |
|
101
|
279
|
3gt4A |
Structure of proteinase k with the magic triangle i3c |
|
124
|
530
|
3gcxA |
Pcsk9:egfa (ph 7.4) |
|
100
|
279
|
3gt3A |
Structure of proteinase k with the mad triangle b3c |
|
119
|
530
|
3gcwA |
Pcsk9:egfa(h306y) |
|
105
|
284
|
3f7oA |
Crystal structure of cuticle-degrading protease from paecilomyces lilacinus (pl646) |
|
110
|
279
|
3f7mA |
Crystal structure of apo cuticle-degrading protease (ver112) from verticillium psalliotae |
|
272
|
936
|
3eifA |
1.9 angstrom crystal structure of the active form of the c5a peptidase from streptococcus pyogenes (scpa) |
|
91
|
266
|
3f49S |
Anion-triggered engineered subtilisin subt_bacam |
|
97
|
279
|
3dvqX |
Proteinase k by lb nanotemplate method before high x-ray dose on esrf id14-2 beamline |
|
104
|
279
|
3dybA |
Proteinase k- digalacturonic acid complex |
|
99
|
279
|
3dvsX |
Proteinase k by lb nanotmplate method after the second step of high dose on esrf id14-2 beamline |
|
100
|
279
|
3dweX |
Proteinase k by classical hanging drop method after high x-ray dose on esrf id14-2 beamline |
|
97
|
279
|
3dvrX |
Proteinase k by lb nanotemplate method after the first step of high x-ray dose on esrf id14-2 beamline |
|
98
|
279
|
3dw3X |
Proteinase k by classical hanging drop method before high x ray dose on esrf id 14-2 beamline |
|
98
|
279
|
3dw1X |
Proteinase k by lb nanotemplate method after the third step high x-ray dose on esrf id14-2 beamline |
|
99
|
279
|
3de2X |
Proteinase k by lb nanotemplate method after the fourth step of high x-ray dose on esrf id23-1 beamline |
|
100
|
279
|
3ddzX |
Proteinase k by lb nanotemplate method after the first step of high x-ray dose on esrf id23-1 beamline |
|
100
|
279
|
3de5X |
Roteinase k by classical hanging drop method after the second step of high x-ray dose on esrf id23-1 beamline |
|
97
|
279
|
3de4X |
Proteinase k by classical hanging drop method after the first step of high x-ray dose on esrf id23-1 beamline |
|
99
|
279
|
3de6X |
Proteinase k by classical hanging drop method after the third step of high x-ray dose on esrf id23-1 beamline |
|
100
|
279
|
3de0X |
Proteinase k by lb nanotemplate method after the second step of high x-ray dose on esrf id23-1 beamline |
|
97
|
279
|
3de7X |
Proteinase k by classical hanging drop method after the fourth step of high x-ray dose on esrf id23-1 beamline |
|
100
|
279
|
3de1X |
Proteinase k by lb nanotemplate method after the third step of high x-ray dose on esrf id23-1 beamline |
|
98
|
279
|
3de3X |
Proteinase k by classical hanging drop method before high x-ray dose on esrf id23-1 beamline |
|
122
|
309
|
3d43A |
The crystal structure of sph at 0.8a |
|
102
|
279
|
3d9qX |
Proteinase k by lb nanotemplate method before high x-ray dose on esrf id23-1 beamline |
|
89
|
263
|
3co0S |
Substrate complex of fluoride-sensitive engineered subtilisin subt_bacam |
|
97
|
264
|
3cnqS |
Prosubtilisin substrate complex of subtilisin subt_bacam |
|
94
|
269
|
3bx1A |
Complex between the barley alpha-amylase/subtilisin inhibitor and the subtilisin savinase |
|
128
|
530
|
3bpsA |
Pcsk9:egf-a complex |
|
89
|
263
|
3bgoS |
Azide complex of engineered subtilisin subt_bacam |
|
102
|
279
|
3aj8A |
X-ray analysis of crystal of proteinase k obtained from h2o solution using peg 8000 |
|
165
|
519
|
3afgA |
Crystal structure of pron-tk-sp from thermococcus kodakaraensis |
|
104
|
279
|
3aj9A |
X-ray analysis of crystal of proteinase k obtained from d2o solution using peg 8000 |
|
113
|
319
|
3a3nA |
Crystal structure of complex between sa-subtilisin and tk-propeptide with deletion of the two c-terminal residues |
|
115
|
318
|
3a3oA |
Crystal structure of complex between sa-subtilisin and tk-propeptide with deletion of the five c-terminal residues |
|
113
|
318
|
3a3pA |
Crystal structure of complex between e201a/sa-subtilisin and tk-propeptide |
|
129
|
395
|
2zwoA |
Crystal structure of ca2 site mutant of pro-s324a |
|
118
|
394
|
2zwpA |
Crystal structure of ca3 site mutant of pro-s324a |
|
114
|
318
|
2zrqA |
Crystal structure of s324a-subtilisin |
|
113
|
318
|
2z58A |
Crystal structure of g56w-propeptide:s324a-subtilisin complex |
|
115
|
318
|
2z2xA |
Crystal structure of mature form of tk-subtilisin |
|
133
|
395
|
2z2zA |
Crystal structure of unautoprocessed form of tk-subtilisin soaked by 10mm cacl2 |
|
120
|
320
|
2z30A |
Crystal structure of complex form between mat-tk-subtilisin and tk-propeptide |
