|
101
|
279
|
5ronA |
Pandda analysis group deposition -- proteinase k changed state model for fragment frag xtal screen e4a |
|
101
|
279
|
5rorA |
Pandda analysis group deposition -- proteinase k changed state model for fragment frag xtal screen f1a |
|
102
|
279
|
5ropA |
Pandda analysis group deposition -- proteinase k changed state model for fragment frag xtal screen a12a at room temperature |
|
100
|
279
|
5rodA |
Pandda analysis group deposition -- proteinase k crystal structure apo71 |
|
97
|
279
|
5rp0A |
Pandda analysis group deposition -- proteinase k crystal structure apo57 |
|
98
|
279
|
5rovA |
Pandda analysis group deposition -- proteinase k crystal structure apo62 |
|
98
|
279
|
5rp1A |
Pandda analysis group deposition -- proteinase k crystal structure apo36 |
|
101
|
279
|
5rooA |
Pandda analysis group deposition -- proteinase k crystal structure apo73 |
|
98
|
279
|
5rokA |
Pandda analysis group deposition -- proteinase k crystal structure apo37 |
|
98
|
279
|
5rp5A |
Pandda analysis group deposition -- proteinase k crystal structure apo48 |
|
99
|
279
|
5rogA |
Pandda analysis group deposition -- proteinase k crystal structure apo51 |
|
99
|
279
|
5rotA |
Pandda analysis group deposition -- proteinase k crystal structure apo1 |
|
99
|
279
|
5rocA |
Pandda analysis group deposition -- proteinase k crystal structure apo65 |
|
98
|
279
|
5rowA |
Pandda analysis group deposition -- proteinase k changed state model for fragment frag xtal screen f6a |
|
100
|
279
|
5rozA |
Pandda analysis group deposition -- proteinase k crystal structure apo41 |
|
100
|
279
|
5rpdA |
Pandda analysis group deposition -- proteinase k changed state model for fragment frag xtal screen f12a |
|
98
|
279
|
5rplA |
Pandda analysis group deposition -- proteinase k changed state model for fragment frag xtal screen c8a |
|
97
|
279
|
5rpeA |
Pandda analysis group deposition -- proteinase k crystal structure apo40 |
|
96
|
279
|
5rprA |
Pandda analysis group deposition -- proteinase k crystal structure apo15 |
|
102
|
279
|
5rpmA |
Pandda analysis group deposition -- proteinase k changed state model for fragment frag xtal screen h5a |
|
101
|
279
|
6pq0A |
Lcp-embedded proteinase k treated with mpd |
|
99
|
279
|
6pq4A |
Lcp-embedded proteinase k treated with lipase |
|
106
|
279
|
7a68A |
Proteinase k crystallized from 0.5 m nano3 |
|
100
|
279
|
7c0pA |
Structure of proteinase k obtained in ssrf using serial crystallography |
|
105
|
278
|
6zetAAA |
Crystal structure of proteinase k nanocrystals by electron diffraction with a 20 micrometre c2 condenser aperture |
|
107
|
279
|
6zeuAAA |
Crystal structure of proteinase k lamella by electron diffraction with a 50 micrometre c2 condenser aperture |
|
104
|
278
|
6zevAAA |
Crystal structure of proteinase k lamellae by electron diffraction with a 20 micrometre c2 condenser aperture |
|
92
|
279
|
7jsyA |
Proteinase k soaked with i3c determined by microed from a single milled microcrystal |
|
107
|
279
|
6v8rA |
Proteinase k determined by microed phased by arcimboldo_shredder |
|
104
|
279
|
6k2vA |
Crystal structure of proteinase k from engyodontium album |
|
104
|
279
|
6k2rA |
Crystal structure of proteinase k from engyodontium album |
|
102
|
279
|
6k2xA |
Crystal structure of proteinase k from engyodontium album |
|
105
|
279
|
6k2pA |
Crystal structure of proteinase k from engyodontium album |
|
104
|
279
|
6k2wA |
Crystal structure of proteinase k from engyodontium album |
|
104
|
279
|
6k2tA |
Crystal structure of proteinase k from engyodontium album |
|
102
|
279
|
6k2sA |
Crystal structure of proteinase k from engyodontium album |
|
100
|
279
|
6txgA |
Proteinase k in complex with a "half sandwich"-type ru(ii) coordination compound |
|
105
|
279
|
6j43A |
Proteinase k determined by pal-xfel |
|
99
|
279
|
6k8mE |
High resolution crystal structure of proteinase k with thiourea |
|
99
|
279
|
6lawA |
Microed structure of proteinase k at 1.50a determained using crystal lamellas prepared by focused ion beam milling |
|
106
|
279
|
6rzpA |
Multicrystal structure of proteinase k at room temperature using a multilayer monochromator. |
|
103
|
279
|
6rvgA |
Co-substituted beta-keggin bound to proteinase k solved by mr |
|
105
|
278
|
6rukA |
Cu-substituted alpha-keggin bound to proteinase k solved by mr |
|
97
|
277
|
6rveA |
Co-substituted beta-keggin bound to proteinase k solved by mr |
|
94
|
279
|
6ruwA |
Zn-substituted alpha-keggin bound to proteinase k solved by mr |
|
97
|
277
|
6rugA |
Co-substituted alpha-keggin bound to proteinase k solved by mr |
|
96
|
279
|
6ruhA |
Ni-substituted alpha-keggin bound to proteinase k solved by mr |
|
103
|
277
|
6runA |
Co-substituted alpha-keggin bound to proteinase k solved by ep |
|
103
|
279
|
6qxvA |
Pink beam serial crystallography: proteinase k, 1 us exposure, 1585 patterns merged (2 chips) |
|
102
|
278
|
6kkfA |
Crystal structure of proteinase k complexed with a triglycine |
