Table 1 Data processing and structure refinement statistics for apo-DntR and H169T-DntR.

From: The solution configurations of inactive and activated DntR have implications for the sliding dimer mechanism of LysR transcription factors

 

apo -wtDntR

H169T-DntR

Data collection

 Beamline

ESRF ID29

ESRF ID23-1

 Wavelength (Å)

0.976

1.00

 Space group

P6522

P6522

 Unit cell dimensions (Å)

a = b = 107.13,

a = b = 107.47,

 

c = 294.84

c = 297.77

 Resolution range (Å)

47.14–2.64

47.26–3.30

 

(2.79–2.64)

(3.48–3.30)

Rsym (%)

10.2 (100.5)

17.9 (95.1)

aRp.i.m (%)

3.8 (38.3)

7.6 (39.8)

bCC1/2

0.998 (0.772)

0.991 (0.684)

 Completeness (%)

99.7 (98.1)

99.7 (100.0)

 Multiplicity

7.9 (8.2)

5.5 (5.6)

 <I/σ(I)>

13.5 (2.1)

10.9 (2.6)

Refined model composition

 Monomers/a. u.

2

2

 Protein residues

  

 Molecule A

M1-K29, T31-L52

S89–R302

 

E61-H303

 

 Molecule B

D5-L52, E61-E300

R87–E300

 Water molecules

81

 

 Thiocyanate ions

 

2

 Glycerol

9

 

 Wilson B-value (Å2)

77.5

88.8

 Mean B-Value (Å2)

93.78

79.03

Model quality indicators

Rwork/Rfree (%)

19.94/22.72

18.82/24.03

 Rmsd bond lengths (Å)

0.004

0.004

 Rmsd bond angles (°)

0.969

0.863

 Estimated coordinate error (Å)

0.24

0.36

cMolprobity clash/overall scores

14.84/2.66

8.31/1.98

Ramachandran analysis

 % Favoured

95.4

97.2

 % Allowed

4.1

2.8

 % Disallowed

0.5

0.0

 % rotamer outlier

7.4

3.2

 wwPDB ID code

5AE5

5AE4

  1. Numbers in parentheses are for the highest resolution shell.
  2. aRp.i.m: Precision-indicating merging R factor59.
  3. bCC1/2: Pearson correlation between two half data sets each comprising a random half of the measurements of each unique reflection60.