Assertion: peptide | /r/HasProperty | identified
Facets:
value: more easily
type: MANNER
value: subsequently
type: TEMPORAL
value: than others
type: OTHER
value: ideally
type: DEGREE
value: individually
type: MANNER
Source sentences:
text: Aside from further research on the peptides that have already been identified, work continues on developing new methods to characterize biopeptides by degrading proteins in new ways, separating the resulting fragments in new ways, and screening them for biological function in new ways.
text: A peptide was identified which binds gp120 and inhibits binding to the host protein CD4.
text: A peptide was identified which binds gp120 and inhibits binding to the host protein CD4.
text: It has previously been shown that peptides can be identified using various acid-etching methods, and that these peptides originate from the major tooth enamel proteins: amelogenin, ameloblastin, and enamelin (9⇓⇓–12).
text: For amelogenin, peptides from the central portion of the protein are absent, but peptides from the N and C termini remain and have been identified (PRIDE identifier PXD007856).
text: After all the peptides have been identified, they have to be grouped into protein identifications.
text: This construct can be matched against sequences in the database and, if desired, the peptide that is identified can be made to comply with the cleavage event of the proteolytic enzyme used (in this example, trypsin, which cleaves carboxy-terminal of arginine or lysine residues).
text: Peptides were identified by searching against a human protein database (Uniprot), and the results were filtered to a 1% false discovery rate (FDR).
text: The chromatographic spectra are complicated, and ideally each peptide should be individually identified.
text: Peptides and proteins are subsequently identified by correlating spectra with a protein sequence database.
text: Normalizing for a protein's length and number of theoretically possible tryptic peptides only partially explains the disparity in the number of consistently observed peptides, suggesting that some peptides are more easily identified than others.