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Figure 5
Observed and predicted distributions of reflection multiplicity in IMISX data sets recorded from lysozyme, PepTSt and AlgE crystals at room temperature. Blue, multiplicity observed for IMISX data set. Red, binomial distribution of multiplicity predicted for a defined effective crystal rotation range. Green, multiplicity observed for a native lysozyme data set collected by conventional crystallography with a single crystal. (a) Lysozyme native SX data sets recorded with 113 crystals and an effective rotation range of 0.86°. (b) Lysozyme bromine SAD SX data sets recorded with 239 crystals and an effective rotation range of 1.66°. (c) Lysozyme sulfur SAD SX data sets recorded with 992 crystals and an effective rotation range of 1.55°. (d) PepTSt native SX data sets recorded with 572 crystals and an effective rotation range of 0.42°. (e) AlgE native SX data sets recorded with 175 crystals and an effective rotation range of 0.76°.

Journal logoBIOLOGICAL
CRYSTALLOGRAPHY
ISSN: 1399-0047
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