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Table 2 Data collection and structural refinements of Arabidopsis dUTPase

From: Structural insights into the mechanism defining substrate affinity in Arabidopsis thaliana dUTPase: the role of tryptophan 93 in ligand orientation

Parameters

Apo dUTPase

Holo dUTPase

PDB ID

4OOQ

4OOP

System

Orthorhombic

Orthorhombic

Space group

P212121

P212121

Unit cell dimensions (Å)

 a

69.9

70.1

 b

70.6

70.7

 c

75.0

75.1

Data collection

 Wavelength (Å)

1.542

0.978

 Resolution (scaling) range (Å)

20.34–2.00 (2.1–2.0)

31.97–1.5 (1.55–1.5)

 No. of observed reflections

209,897

360,703

 No. of unique reflections used

25,874

59,499 (5804)

 I/s (I)

41.6 (18.5)

46.4 (8.6)

 Completeness (%)

99.2 (98.5)

95.0 (90.0)

 Rmerge (%)

7.6 (17.0)

7.0 (32.0)

Refinement

 Resolution range (Å)

20.34–2.00 (2.1–2.0)

31.97–1.5 (1.55–1.5)

 Rwork (%)

14.8

17.3

 Rfree (%)

19.6

20.8

 No. of non-hydrogen atoms

3287

3658

 No. of water molecules

345

552

RMS deviations from ideal values

 Bond lengths (Å)

0.007

0.007

 Bond angles (°)

1.08

1.16

Mean B value (Å2)

22.0

20.0

Interpretable residues (out of 166)

 Chain A

26–156

25–157

 Chain B

25–154

25–166

 Chain C

26–152

26–152

  1. Values in parentheses correspond to the highest-resolution shell
  2. Rmerge = Σ|I obs   〈 I|/ΣI obs , where I obs and 〈 I 〉 are the observed intensity and the mean intensity of the reflection, respectively
  3. Rwork = Σ||Fobs| − |Fcalc||/Σ|Fobs|
  4. Rfree values are collected for a randomly selected 5 % of the data that was excluded from the refinement