Sentence examples for mutants that affect from inspiring English sources

In contrast to previous studies, here we describe a collection of mutants that affect subpopulations of cilia.

The study of mutants that affect RNA splicing and editing provides a novel and powerful method to explain the role of specific sequences involved in these processes.

By further challenging mutant flies with L. monocytogenes mutants, we identified subgroups of fly mutants that affect specific stages of the L. monocytogenes life cycle, exit from the vacuole, or actin-based movement.

While designing mutants that affect the Ca2+ response specifically might be difficult due to the intertwined AMPylation and deAMPylation catalytic sites, chemical biology approaches combining the use of ATP analogs and caged metals might provide alternatives for future investigations of the Ca2+ switch in a cell context.

Surprisingly, the growth defect of the double ΔtreYZΔtreS double mutant was suppressed by various Arabidopsis cell wall mutants that affect xyloglucan synthesis, including an xxt1xxt2 double mutant that completely lacks xyloglucan, even though xyloglucan mutants are not more susceptible to pathogens and respond like wild-type plants to immune elicitors.

Alleles that affect both eyecolor and chromosome segregation are deletion mutants that affect both transcripts.

To investigate the contribution of some of the cellular translation factors on ribosome rescuing, we provoked stalling at AGA codons in mutants that affected the factors and then analyzed the accumulation of oligopeptidyl (peptides of up to 6 amino acid residues, oligopep- -tRNA oligopep- -tRNA (peptides oligopep- -tRNA0 aminoracids in length, polypeptidylNA associated with ribosomes.

The screen for yeast mutants that affected Adr1 phosphorylation used a subset of 102 strains from the MATa yeast gene deletion collection (Invitrogen) that encode protein kinases according to the Saccharomyces Genome Database (yeastgenome.org).org

Around that time, Mike met Len Zon, who was doing screens in zebrafish to identify genetic mutants that affected the cell cycle.

As controls, we used the parental strain of the knockouts as well as two slow-growing mutants that affected the sETC, cya-5-34 (Nargang et al. 1978), and [ mi-3] (Mitchell et al. 1953).

To determine the pathogenic role of elevated IGFBP5, we established transgenic mouse lines in which IGFBP5 is overexpressed specifically in neurons under the control of the neurofilament-light chain (NF-L) promoter and found a progressive neuropathy in these mutants that affected both sensory and motor nerve fibers.