Sentence examples for enzyme identity from inspiring English sources

Continuing the above example, enzyme induction has been found to be influenced by drug and enzyme identity and cell type [ 38].

Purity and enzyme identity was assessed by Coomassie G-250 staining of SDS-PAGE separated protein as well as by shotgun proteomics using reverse-phase liquid chromatography-nanospray tandem mass spectrometry (LC-MS/MS) following tryptic digestion.

Sequence identity E-value cut off enzyme identity numbers (EC numbers).

Enzyme identities within each pathway were obtained by extracting EC numbers from each of the pathways (downloadable XML files from the ftp KGML/map folders, version 0.6 Mar 2005).

MA-090-485 is highly homologous with the Saccharomyces cerevisiae enzyme (sequence identity = 62.58%, e-value = 0) identified in the DEG search.

(242) These sterol desaturase enzymes are characterized by general features common to most cytochrome P450-enzymes, have identity across plants and fungi (>43% identity) and possess a unique stretch, FLFASQDASS, which contains a highly conserved alanine residue considered to be a contact amino acid in the substrate binding recognition site.

High homology was observed in a suitably aligned internal region of the three enzymes (65% identity), and some of the conserved aa residues appeared to form the catalytic core of the enzymes.

These higher eukaryotic GH38s are quite divergent, reflected in, for example 28 and 24% sequence similarity with bLAM and dGMII respectively whilst within a "compartment" (such as human vs. Drosophila golgi enzymes) the identity is typically far greater (>40%).

Both subunits are homologous to bTGT, but QTRT1 is more similar to the bacterial enzyme family (40% identity) than QTRTD1 (20% identity).

BAT1 encodes a 393 amino acid residues mitochondrial protein, while the cytosolic Bat2 is composed of 376 residues; these two enzymes show 81% identity.

For example, the mycobacterial CtpA and CtpB transporters are predicted to be Cu1+PIB-1-type ATPases, and these enzymes share 68% identity in their amino acid sequences (see Figure S1 in Supplementary Material available online at http://dx.doi.org/10.1155/2014/296986) [ 22].