Sentence examples for slow pharyngeal from inspiring English sources

In the case of the deletion alleles n488, mg280 and ok512 that can be identified by PCR, we first isolated homozygous ad467 based on its slow pharyngeal pumping, small body size and fewer eggs (all these phenotypes manifest in eat-6 RNAi worms), then isolated the homozygous deletion mutations.

The experiments uncovered a molecule called NLP-24 that promotes the slow pharyngeal pumping.

Slow pharyngeal pumping also continues in starved worms when food is not available, possibly to encourage them to eat new potential sources of food.

Reduced food intake can influence other life-history parameters such as the development rate, and UL3128 animals showed slightly slower growth than N2, presumably as a result of the slower pharyngeal pumping.

Because pharyngeal pumping rate is a reliable biomarker of age in C. elegans [ 26, 27], we hypothesized that high- ND5 deletion C. briggsae isolates would exhibit slower pharyngeal pumping in non-aging individuals as well as faster declines in pharyngeal pumping (i.e., increased muscle deterioration) with age when compared to low and zero- ND5 deletion isolates.

However, eat-1 was mapped onto LGIV at 4.8 ± 6.395cM, and both its recessive alleles, ad427 and e2343, have slow and irregular pharyngeal pumping, like tm452.

Since ketone body levels rise during caloric restriction (CR) in mammals and increased βHB levels may be responsible for some portion of the increased stress and disease resistance conferred by CR, we determined the effect of βHB supplementation on lifespan in the nematode eat-2 ad1116) eat-2 ad1116tary restriction (DR) in which pharyngeal pumodel is slofedietary

This trend persisted with increasing age; however, high deletion strains exhibited a somewhat slower rate of decline in pharyngeal pumping rates compared to low and zero-deletion isolates (Tukey HSD, α = 0.05, based on the difference in average pumping rate between days 2 and 20 post-L4; Figure 4).

Since a balance in calcium levels is crucial for muscle contractility it is possible that the observed accumulation of calcium in aging C. elegans contributes to the age-related slowing in body movement and the reduced pharyngeal pumping rate in older animals.

It is even more difficult to identify K. kingae in cultured pharyngeal samples because of its relatively slow growth and the high density of resident bacterial flora, although this can be overcome by using a selective medium consisting of blood-agar with added vancomycin to inhibit the growth of competing flora [ 1].

Because of the high density of the resident bacterial flora and the relatively slow growth of K. kingae, detecting the organism in pharyngeal cultures is difficult.