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. Author manuscript; available in PMC: 2012 Aug 5.
Published in final edited form as: Mol Cell. 2011 Aug 5;43(3):418–431. doi: 10.1016/j.molcel.2011.07.011

Table 1. Crystallographic Data and Refinement Statistics.

Data collection
Data sets LGN/mInsc LGN/NuMA
Space group C2 P6122
Unit cell (Å) a=88.196,
b=75.606,
c=35.346
a=91.305,
b=91.305,
c=178.376
Resolution range (Å) 50.00-1.10 (1.12-1.10) 50.00-2.30 (2.34-2.30)
No. of unique reflections 84934 (2703) 20308 (984)
Rmerge (%) 4.8 (51.1) 8.7 (65.6)
I/s 29.7(2.4) 35.5 (4.9)
Redundancy 5.3 (3.2) 17.6 (16.6)
Completeness (%) 94.4 (60.6) 99.7 (99.9)

Refinement
Resolution (Å) 20.00-1.10 (1.16-1.10) 36.1-2.30 (2.36-2.30)
Rcryst/Rfree (%) 12.0 (21.1)/15.0 21.5(22.9)/27.1(30.3)
No. of atoms
 Proteins 1536 2671
 Water 316 103
 Other atoms 14 18
No. of reflections
Working set 80648 18723
Test set 4259 1585
Mean B factor of protein/peptide
 Main chain 11.0/14.5 49.8/90.4
 Side chain 15.1/22.9 51.8/93.7
R.m.s. deviations
  Bond length (Å) 0.014 0.008
  Bond angles (°) 0.030 1.00
Ramachandran plot (%)
 Most favored 98.63 97.08
 Additionally allowed 1.37 2.34
 generously allowed 0 0.58
1

Numbers in parentheses represent the value for the highest resolution shell.

2

Rmerge = SUM (ABS(I - <I>)) / SUM (I), where I is the intensity of measured reflection and <I> is the mean intensity of all symmetry-related reflections.

3

Rcryst= Σ|Fcalc − Fobs|/ΣFobs,where Fobs and Fcalc are observed and calculated structure factors.

4

Rfree= ΣT|Fcalc − Fobs|/ΣFobs, where T is a test data set of about 5% of the total unique reflections randomly chosen and set aside prior to refinement.

5

B factors are caculated by combining the residual B-factor and TLS parameters using TLSANL program in CCP4.