Sentence examples for be readily identified based from inspiring English sources
Parametrically determined elements of sign(U), along with the specific flow components influencing the sign of that element, could be readily identified based on quantitative consideration of nonreducible flow components.
First, unlike protein-encoding genes, sRNAs do not encode open reading frames and thus cannot be readily identified based on their primary sequence alone.
While other plant homologs of the proteins involved could be readily identified based on amino acid sequence homology, [ 14- 17], the level of homology of CTU2-type proteins across eukaryotes is rather low, making experimental evidence for the correct annotation of the Arabidopsis homolog necessary.
Less abundant classes of interneurons were readily identified based on their typical firing pattern (i.e cholinergic and fast spiking neurons) and excluded from the present study.
In the Churchill area, Brachycentrus larvae are readily identified based on the case, which is usually square, although several Churchill area collections have cases that are partially round and composed of silk.
With the availability of the whole genome sequence for apple [ 34], complete gene families for different classes of genes can be readily identified from genome data based on knowledge of conserved domains.
A scaffold can be readily identified for any given inhibitor based on the formation of these two types of conserved interactions.
Stable isotope-labelled metabolites possess the same chromatographic properties as their unlabelled counterparts and can be readily identified from the MS dataset based on their expected mass (Fig. 1).
The fingerprint of HDI based polyisocyanate resins can be readily identified in the 2KWBPU spectra.
Here we show that polymorphic SNPs can be readily identified within conserved noncoding regions, and that SNP selection based on conservation data is an approach that can be readily incorporated into genotyping projects.
This network could reveal potentially novel disease relationships that are solely based on pathway association and cannot be readily identified through literature search.
