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. 2014 Apr 10;9(4):e94610. doi: 10.1371/journal.pone.0094610

Table 1. Data collection and refinement statistics.

ΔhPus1p ΔhPus1p D146A
Beamline X06DA SLS ID 23-2 ESRF microfocus
Data processing
Resolution (Å) 50–2.0 (2.05–2.00) 50–2.7 (2.77–2.70)
Crystal space group P212121 P22121
Cell parameters (Å) a = 71.42; b = 75.12; c = 110.58 a = 39.45; b = 69.04; c = 116.78
Unique reflections 40510 (2984) 9281 (686)
Rmeas (%)a 8.5 (55.8) 14.9 (71.9)
Mean redundancy 4.3 (4.2) 5.0 (5.1)
CC1/2 (%) 99.8 (82.9) 99.6 (88.5)
Completeness (%) 99.3 (98.8) 99.8 (100)
Mean I/σ (%) 16.4 (2.5) 13.8 (3.4)
Refinement
Resolution (Å) 30–2.0 20–2.7
rmsd bond (Å) 0.002 0.005
rmsd angle (°) 0.633 0.863
Rcryst (%)b 18.40 18.33
Rfree (%)c 22.41 23.81
Number of atoms:
protein 4949 2419
Bound compounds 20 15
PEG 14 10
water 479 110
Average B factors:
protein (Å2) 28.4 17.1
Bound compounds (Å2) 56.9 (Lys), 42.9 (Glu) 20.9 (HEPES)
solvent (Å2) 49.8 22.4
water (Å2) 36.8 15.2
Ramachandran
allowed (%) 97.6 95.6
favoured (%) 2.4 4.4

Values in parentheses are for highest-resolution shell.

a

R meas  =  ∑hkl [N/(N−1)]1/2i |I(hkl)−<I(hkl)> |/∑hklI I(hkl), where N is the multiplicity of a given reflection.

b

R cryst  =  ∑||F obs| − |F calc||/∑|F obs| for all reflections.

c

R free was calculated on the 5% of data excluded from refinement.