Dear all, thank you very much for your kind suggestions.
my crystals are very anisotropic, and usually about 1A between the two different orientations. here, I post a brief statistic table treated by HKL2000. In fact, I am mainly working on the crystallization and characterization of proteins, I am really not familiar with these programs, especially XDS, so I want to start to learn now. thanks a lot! Yu Wavelength (Å) 0.9 Detector MAR300 Oscillation range (deg.) 1 Exposure time (sec) 1 Total rotation range (deg.) 1080 Attenuator 0 Resolution range (Å) 50-2.8 Space group *P21* Cell parameters *a* (Å) 166.86 *b* (Å) 150.17 *c** *(Å) 210.66 (deg.) 107.64 Unit cell volume (106 Å3 ) 5.03 Unique reflections 214974 Completeness (%) 89.0 (75.7) I / (I) 5.9 (2.1) Rsym (%) 10.0 (38.3) Redundancy 4.7 (2.5) Mosaicity 0.8-1.8 Dear all, thank you very much for your kind suggestions. my crystals are very anisotropic, and usually about 1A between the two different orientations. here, I post a brief statistic table treated by HKL2000. In fact, I am mainly working on the crystallization and characterization of proteins, I am really not familiar with these programs, especially XDS, so I want to start to learn now. 2013/9/1 Kay Diederichs <kay.diederi...@uni-konstanz.de> > I forgot: you should be using FRIEDEL'S_LAW=TRUE >
