Exact(60)
Both domains are connected by tubular openings, the crista junctions.
Both domains are solved with the finite element method.
Both domains had 33 terrain-following levels.
Both domains are capable of binding DNA [18], [22], [28].
Both domains bind glucose and G-6-P synergistically.
Both domains of CrSPI-1 act as heads that bind with two individual subtilisin molecules.
Both domains contribute to a six stranded parallel β sheet located between four alpha helices [29].
Both domains were linked by a 21 amino acid long peptide forming the L36 trimerbody monomer.
Both domains contribute to the binding site for RNA substrates and both contribute to ATP hydrolysis.
Both domains are essential for collagenolysis.
Both domains and reactions are relatively conserved.
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