Sentence examples for multiple genetic screens from inspiring English sources
Drosophila courtship is a robust and sex-specific behaviour that has been characterized through multiple genetic screens.
More recently, investigators have begun to integrate multiple genetic screens for protein target identification.
Multiple genetic screens carried out in the 1990's identified a core set of about 20 evolutionarily conserved genes required for autophagy in yeast [ 34– 34].
Some plant ABC transporters have been identified in multiple genetic screens and have been ascribed several different biochemical functions, based on their apparently disparate physiological roles.
20, 21, 22 Multiple genetic screens in Drosophila identified endosomal sorting complex components vps25 and erupted (ept; tsg101 homolog) as causing non‐autonomous overgrowth.
Multiple genetic screens have been carried out to identify genes whose loss suppresses the Muv phenotype in let-60(n1046gf) animals, and these have resulted in the isolation of many oncogenes acting in the RAS signalling pathway.
For instance, since the interactions in the BioGRID database originate from multiple genetic interaction screening studies, there can be cases where a mutant pair AB is reported as encoding an interaction, even if BA is not, or where the reciprocal pairs AB and BA are marked as belonging to different classes of interactions.
To identify cellular functions important for the response to carbonyl stress, multiple genome-wide genetic screens were performed using two known inducers of CS.
Our analysis demonstrates the power of barseq screening to robustly provide growth-rate phenotypes for dozens of mutants in single mice, and opens up the possibility for large-scale reverse genetic screens for multiple areas of Plasmodium biology.
Multiple mutants isolated from forward genetic screens coupled with morpholino knockdown analysis have demonstrated that ttna is essential for cardiac sarcomere formation in zebrafish (Xu et al., 2002; Myhre et al., 2014; Seeley et al., 2007).
We obtain an interaction network of knockdown-to-knockdown influences that identifies novel suppressors and enhancers of Ras signaling, demonstrating the method's applicability to complex networks and large-scale genetic screens of multiple phenotypes.
