Sentence examples for lower substitution from inspiring English sources

In this scenario, concentrate supplementation will result in lower substitution rates, and higher milk yield response than previously published with lower yielding cows.

Zaleplon, a BZ-site positive modulator with strong selectivity for GABAA channels containing the α1 subunit, has a lower substitution level (39%) than midazolam, indicating that TCE may preferentially act on α1-lacking GABAA receptors (Shelton and Nicholson, 2012).

Increased supplementation rate had a greater positive impact on milk production of cows grazing bermudagrass compared to rhizoma peanut (21.9 vs. 10.6% increase) due to a lower substitution of grain for forage intake.

Chloroplast DNA shows a much lower substitution rate than does nuclear DNA, which is significantly reduced even in the inverted repeat regions (Wolfe et al. 1987).

Thus, a lower substitution rate can be expected for beavers compared to other rodents.

Constraints on sequence function can lead to lower substitution rates, whereas positive selection can lead to higher substitution rates [17].

This is because it is expected that over the 13 year sampling period there would have likely been insufficient time for purifying selection to remove many slightly deleterious mutations that would ultimately be purged from EACMV populations over longer time-frames (which if purged would result in lower substitution-rate estimates).

However, many of these substitutions carry a fitness cost in terms of lower replicative capacity and are not likely to persist upon transmission to an individual whose immune system does not target the same genetic region of the virus, obviating the need for a fitness-lowering substitution there [22].

For this set we found lower synonymous substitution rates (dS) (Kolmogorov-Smirnov (KS) test p-value < 2.2e-16 2.2e-16gher non-synonymous substitution rands (dN) (KS test p-value < 2.2e-16) for alternative exons compared to constitutive ones.

The virus being limited to the same area might explain the lower nucleotide substitution rate.

On the other hand, anole protocadherin subcluster Acγa1-10 subgroup has a relatively higher ratio of 7.89 mainly because of the lower synonymous substitution rates in the ECD5 and ECD6 ectodomains.