Sentence examples for many phenotypes that from inspiring English sources

The YJM789 strain has many phenotypes that are relevant to its pathogenicity, including high-temperature growth [8], pseudohyphae [9], and deadly virulence in mouse models [7], [10].

The imbalance in expression of Hsa21 and non-Hsa21 genes is hypothesized to result in the many phenotypes that characterize DS.

These are just two of the many phenotypes that are not typically assessed upon enrolling 'healthy' individuals in these sequencing studies, so it is inevitable that reverse phenotyping will become commonplace as we move from the discovery of knockout events in genes to evaluating their potential phenotypic consequences, taking a lead from their known or predicted biological roles [ 5].

Moreover, after 500 generations, a) there are many phenotypes that survived, and b) the viral ecosystem has not reached equilibrium yet (the population fractions of several variants are still considerably changing with time).

The chondrodysplasias are a diverse group of many different phenotypes that arise when endochondral bone growth is disrupted and include two clinically related phenotypes; multiple epiphyseal dysplasia (MED) and pseudoachondroplasia (PSACH) (Warman et al., 2011).

It is also important to focus on the lack of association of rs2513280 with the many other phenotypes that might have been expected to demonstrate a link with galanin, based on the pre-clinical rodent findings.

Further analysis indicated that the clinical isolate had increased constitutive expression of mRNA transcripts when grown in vitro when compared to the mRNA expression in the sequenced PA01 strain, indicating that many of the phenotypes that had emerged during chronic infection were based on genetic changes that were not markedly affected by transfer to the in vitro state for bacterial growth.

COPD is a heterogeneous condition comprising many important clinical phenotypes that may have a different natural history or treatment response.

For many of the phenotypes that were scored, a first generation DpDf plant (generated by self pollination of a heterozygous translocation individual) exhibited less severe phenotypes than a DpDf plant that was produced by an aneuploid parent.

Nonetheless, we show that the heritabilities of these ADRs are similar to those of many other clinical phenotypes that have been highly successful in GWAS (i.e., diabetes, obesity, Crohn's disease, and schizophrenia).

Many other established phenotypes that differ between medaka strains have been observed during the previous century of research on this fish (Hyodo-Taguchi 1990; Ishikawa et al. 1999; Kimura et al. 2007), and further work will be needed to examine the suitability of this population for each phenotype.