Additionally, the residue of alumina forms a protective layer on the material's surface.

In this way, the residues form an orthogonal basis, and each residue is conjugated to all search directions before the previous step.

The first 163 residues of the N-terminal domain forms an α-β-α sandwich core.

At least eight residues form a spatial cluster in the vicinity of the conserved arginines.

Together, these residues form a polar surface patch and the wall of the putative binding site.

A product is obtained from the reaction only when 3' residues form base pairs and prime synthesis correctly.

These three residues form a charge relay that serves to make the active site serine nucleophilic.

This means that 2 adjacent residues in the primary structure must form the same hydrogen bonding pattern.

These three residues together form an active site.

The quadratic residues form a group under multiplication.