Sentence examples for mutant analysis and from inspiring English sources

Furthermore, the roles of CsFAD2 in PUFA synthesis were demonstrated by mutant analysis and by antisense gene expression in camelina seed.

Another 41% (286 genes) were identified by mutant analysis, and 48% (336) were identified by using transgenic plants (isolation method classified as "overexpression", "knockdown", "knockdown/overexpression", or "others"; Figure 1B).

In this review, we focus on genetic determinants of root development in rice that were identified using complementary direct and reverse genetic approaches, such as QTL detection, mutant analysis and transcriptomics.

Additional cuticular protein families have been uncovered by methods such as mutant analysis and shotgun proteomics.

Our mutant analysis and genetic interaction data suggested that Cno antagonizes all three pathways, Ras-MAPK, N and Wg, during progenitor specification.

The requirement of CymA and the menaquinone pool for electrode-dependent fumarate reduction was determined through mutant analysis and was corroborated by thermodynamic evidence.

Clock-mutant analysis and the rescue of PER protein rhythmicity exclusively in all R1-6 cells revealed that photoreceptor-cell plasticity is autonomous and sufficient to control visual behavior.

An indication of the complexity of its regulation is that well over 100 genes affecting flowering time in the laboratory have been identified through mutant analysis (Srikanth and Schmid 2011).

Double mutant analysis with slk1-1/luh-4 and slk2-1/luh-4 for salt and osmotic stress indicated that slk1, slk2 and luh functions in the same genetic pathway.

Next, the collaborating laboratories used the PIGRET and RBC Pig-a assays to assess the mutagenicity of a total of 24 chemicals in rats, using a single treatment design and mutant analysis at 1, 2, and 4 weeks after the treatment.

A highly versatile technique has been developed in mouse: MASTR (mosaic mutant analysis with spatial and temporal control of recombination), which utilizes the increasing number of floxed alleles and simultaneously combines conditional gene mutagenesis and cell marking for fate analysis.