Sentence examples for applicable organisms from inspiring English sources

Last fall the Iraqi Survey Group uncovered, quote, "significant information, including research and development of biological weapons, applicable organisms, the involvement of the Iraqi Intelligence Service in possible biological weapons activities and deliberate concealment activities".

As for most population genetic theory, the model of Schneider et al. was developed with an obligate sexual organism in mind, that is, Drosophila or humans, and is therefore not directly applicable to organisms with mixed life cycles such as yeast (Tsai et al. 2008).

This concept is generally applicable across organisms, in particular to those for which little bioactivity data is currently available.

Our work contributes to a mathematical understanding of intratumor heterogeneity and is also applicable to organisms like bacteria, agricultural pests, and other microbes.

Genetic distance matrices for both diploid and tetraploid species were based on the Bruvo distance (Bruvo et al. 2004) which is applicable to organisms of any ploidy level.

This approach is particularly applicable to organisms with a wealth of EST sequences but unfinished genome.

The same approach is applicable to organisms of much larger genome sizes (see Table 2).

The cohesin barcode model might also be applicable to organisms such as yeast, which express single meiosis-specific kleisin REC8, because REC8 localizes along the chromatin, forming a uniquely spaced distribution (Lengronne et al, 2004; Kim et al, 2010).

In particular, our estimator should also be applicable to organisms that exchange genomic segments via horizontal transfer (many bacteria) and populations where levels of ancestral variation are very low, for instance in experimental evolution with clonal populations.

While RAD-seq is applicable to organisms lacking a reference genome assembly, it is not directly applicable to comparisons of genome organization across long evolutionary time spans because such comparisons rely on the identification of homologous sequence markers (typically protein-coding genes), which typically have only a small overlap with the restriction-associated markers.

We believe that this method has the potential to have wide-spread application in genetics and genome walking studies, and is applicable throughout diverse organisms.