Base Pair Hydrogen Bonding Classification
Nucleic Acid Backbone Torsions
Base Pair Morphology Parameters
CRYSTAL STRUCTURE OF WILD-TYPE CRE RECOMBINASE-LOXP SYNAPSE
Cre recombinase/DNA COMPLEX
B DOUBLE HELIX
Click to show/hide 3 nucleic acid sequences
Click to show/hide 1 protein sequences
Ennifar, E., Meyer, J.E.W., Buchholz, F., Stewart, A.F., Suck, D.
Crystal structure of a wild-type Cre recombinase-loxP synapse reveals a novel spacer conformation suggesting an alternative mechanism for DNA cleavage activation 
Nucleic Acids Res., 31, pp. 5449 - 5460, 2003.
X-RAY DIFFRACTION
P 21 21 21
a = 109.5 b = 165.6 c = 193.7 (Ångstroms)
α = 90.0 β = 90.0 γ = 90.0 (degrees)
The structure was refined using the CNS program. The R value is 0.21 for 51908 reflections in the resolution range 8.0 to 3.2 Ångstroms with Fobs > 3.0 sigma(Fobs) and with I > 0.0 sigma(I)
Asymmetric Unit coordinates (pdb format, Unix compressed(.gz))
Asymmetric Unit coordinates (cif format, Unix compressed(.gz))
Biological Assembly coordinates (pdb format) 1
Structure Factors (cif format)
Coordinates (pdb format, Unix compressed(.gz))
Coordinates (cif format, Unix compressed(.gz))
NMR Restraints (cif format, Unix compressed(.gz))
XML | Complete with coordinates (xml format, GNU compressed(.gz))