This tool allows de novo repeat identification, based on finding and quantifying similarities between individual sequence reads.
This tool discovers and characterizes repetitive sequences in eukaryotic genomes, allowing de novo repeat identification, based on finding and quantifying similarities between individual sequence reads.
The technologies for identifying and quantifying proteins are reliant on comprehensive databases for protein identification and peptide quantification.
However, identifying, analysing and quantifying the relative strengths of these multi-trophic interactions are very difficult using orthodox methods such as dissection and subsequent visual gut-content identification.
The enrolled sample was somewhat biased, but the real-time monitoring of the recruitment process helped the study centre to detect selection bias, since it was possible to track and quantify patient identification and enrolment.
Using a standard metabolite profiling approach, with GC-TOFMS identification and quantification, we detected and quantified 100 primary metabolites from red rice rhizome apical tip, rhizome elongation zone, stem, leaf and root tissues, including 24 sugars, 32 organic acids, 20 amino acids and others.
The short reads generated in the sequencing of each DNA molecule can be counted and quantified, allowing the identification of mutations in nonmodal populations of cells (that is, identification of a somatic mutation in a small subpopulation of cells immersed in a modal population with wild-type sequences) and accurate copy number assessment of each genomic region ([ 14] and references therein).
Work effort in man hours for sampling, sorting and identification was quantified for each method and related to the species richness of the collected fauna.
The hospital microbiology reports use a combination of colony morphology, Gram-staining and API® identification system (Biomérieux, Durham, USA) to identity and quantify (semi-quantitative) the microorganism identified in blood culture and clinical site samples.
