Sentence examples for motif is usually from inspiring English sources

This motif is usually characterized by a conserved arginine or lysine residue involved in nucleotide-binding and hydrolysis.

The conserved lipobox motif is usually characterized as L−3-[A/S/T]−2-[G/A]−1-C+1 L−3-[A/S/T]−2-[G/A]−1-C+1 L−3-[A/S/T]−2-[G/A]−1-C+1 L−3-[A/S/T]−2-[G/A]−1-C+1eride to the conserved cysteine residue.

The DPE motif is usually located at the downstream position +30 relative to the transcription start site.

The activation/deactivation motif is usually represented as in Fig. 1(b) by drawing two arrows forming a cycle between two molecular states.

A second structural motif in MaoC-like hydratases is a three helix segment, referred to as an active site housing segment, and this motif is usually fused with the hot-dog fold domain in the family.

The LRR motif is usually composed of 20 29 residues with conserved leucines [ 38] and the consensus residues within the LRR motif were thought to provide a structural skeleton for protein-protein interactions and non-consensus residues within LRRs are though to determine the specificity of such interactions [ 39].

The amino acid residues comprising the interface between strands of the coiled-coil motif are usually hydrophobic and make a major contribution to coiled-coil folding and stability.

The time of the first motif was usually shortly after lights-on (75d range: 1 14 min, mean = 5 min, n = 11).

The time of the first subsequent UD motif was usually shortly after door closure (for example, 75d range: 1 25 min, mean = 7.5 min, n = 11).

Sequences containing the motif are usually α-helical in conformation and CaM (and similar proteins) bind to this motif by partially wrapping around this α-helix.

The repeat elements in a motif are usually di-, tetra tetra- or penta-nucleotides, and the number of blocks for each repeat element can be highly variable even among closely related individuals of the same species.