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. 2011 May 19;7(5):e1002034. doi: 10.1371/journal.ppat.1002034

Table 1. Crystallographic analysis of GFLV particles.

Virus GFLV-TD GFLV-F13
Data collection statistics £
Beamline ESRF/BM30 SLS/X06DA
Space group (number) P213 (198) P1 (1)
Unit cell lengths a, b, c (Å) 408.0 279.4 279.5 293.3
Unit cell angles alpha, beta, gamma (°) 90.0 102.4 116.4 108.2
Resolution range (Å) 36 – 2.7 135 – 3.0
Highest resolution shell (Å) 2.77 – 2.7 3.08 – 3.0
No. of unique reflections 563009 (32448) 1214336 (73170)
Completeness (%) 92.0 (72.0) 88.1 (71.7)
Multiplicity 11.0 (3.1) 2.0 (1.9)
Rmerge (%) 12.5 (68.1) 10.0 (35.0)
<I/sigma(I)> 18 (1.9) 9.2 (2.4)
Molecular replacement
Resolution range (Å) 30 – 15 15 – 6.0
Asymmetric unit content 20-mer 60-mer
Model EM map GFLV-TD
Correlation/R-factor(%)# 60.4/56.4 70.6/34.7
Refined atomic structure
Resolution range (Å) 36 – 2.7 135 – 3.0
R-factor/R-free (%)* 19.3/21.0 19.0/20.7
Number of capsid and solvent atoms 79100/556 237060/–
Protein and solvent ADPs (Å2)** 40.9/36.9 35.7/–
R.m.s.d. on bonds (Å) and angles (°) 0.009/1.19 0.010/1.20

£: Statistics are given for reflections with I> = 0 and values in parentheses are for the highest resolution shell.

†Rmerge =  σhkl σi |Ii(hkl) - <I(hkl)>|/σhkl σi Ii(hkl).

#

The high R-factor can be explained, among other reasons, by the model used (a low resolution EM reconstruction, without filtering) and the absence of a bulk solvent correction.

*The cross-validation (R-free) was calculated with 5% of the data.

**ADPs: Atomic displacement parameters.