Sentence examples for mutants at high from inspiring English sources
Additionally, the transcripts of certain genes for chlorophyll biosynthesis, photosynthesis and chloroplast development were severely affected in tcm5 mutants at high temperatures.
Recent advances in recombineering using synthetic oligonucleotides enable the rapid generation of mutants at high efficiency and specificity and can be implemented at the genome scale.
In addition, the impaired chloroplasts (Fig. 2b) and the abnormal transcripts of genes for chloroplast development (Fig. 7) were observed in tcm5 mutants at high temperatures, and those affected genes under high temperatures, at least, in part could recover to the comparable levels to WT plants at low temperatures (Fig. 8).
In addition to the similar levels as WT plants at low temperatures (Fig. 8), the transcripts of psbA (>50-fold) and LhcpII (>80-fold), both encoding the PSII core proteins (D1, Lhcp II), were more significantly suppressed compared to those of psaA (<2-fold) encoding the PSI core protein (PsaA) in tcm5 mutants at high temperatures (Fig. 7b).
Several hypotheses can account for the viability of dna(Ts) mutants at high temperature.
This new approach produced mutants at high efficiency, i.e., 11,200 CFU/µg DNA for strain 13.
Nevertheless, using more sensitive sequencing technique might reveal rare mutants at higher frequency.
However, enhancement of ATP consumption by rearing ste−/− mutants at higher temperatures unmasks an impact of DLST also on ventricular contractile function.
Most work on the role of the IIS/TOR network has examined the effect of mutants on the response to DR. Initially, both loss of chico (Clancy et al., 2002) and reduced TOR activity (Kapahi et al., 2004) caused lifespan to peak at a higher food concentration than wild type DR, with a greater extension of lifespan by these mutants at higher levels of food intake.
Glucose although could cause root hair initiation in auxin signaling mutant at high concentrations but root hair elongation was severely compromised (Figure 9) suggesting the requirement of normal auxin physiology a prerequisite even for this glucose induced parameter of root growth and development.
Genes encoding the PTH11-type receptors were significantly more abundant among genes that are higher expressed in the Δlae1 mutant at high growth rates.
