Sentence examples for model organisms yet from inspiring English sources

Mutations in Nups have been linked to a number of human pathologies and have been shown to result in tissue-specific phenotypes in model organisms; yet, the mechanisms by which they do so remain largely unknown.

Compelling evidence suggests that gene-gene interaction exists and influences complex traits in both humans and model organisms, yet there is no consensus on how to best examine existing GWAS data for gene-gene interactions that may be influencing the trait of interest.

For example, although RNA/protein synthesis is decreased with aging in model organisms, yet its further inhibition prolongs life span further [ 138- 141].

Relatively little DNA sequence has been obtained from species that are closely related to commonly used model organisms, and yet, such extensions would greatly facilitate genetic studies of natural phenotypes, population structures, species boundaries, and conservatism and divergence of developmental mechanisms.

Genome editing using transcription activator-like effector nuclease (TALEN) has been applied for various model organisms but not yet for agricultural pest insects.

Nonetheless, the precise mechanisms whereby specific changes in lifestyle as well as selected chemicals or genetic manipulations delay aging (at least in model organisms) have not yet been fully elucidated.

Yet, model organisms can not fully describe and represent a whole evolutionary branch.

While this complex interplay between proteins has been studied in model organisms, it has not yet been described for the oomycete late blight pathogen Phytophthora infestans.

The comparison with Klaper et al. [ 12, 13] is an indication that GSEA (and gene-class approaches, in general) are useful for model organisms that are not yet endowed with completely sequenced and fully annotated genomes.

Even though a number of genes that are essential for this process have been isolated from several model organisms, no unifying theory yet explains the spatio-temporal succession of developmental events leading to the mature fruiting body [ 3].

Yet, small model organisms such as Caenorhabditis elegans offer significant advantages for the study of nutrition, appetite, and metabolism.