Sentence examples for reaching frequency from inspiring English sources

The ANOVA results indicate that the effects of gender, shoulder flexion, reaching frequency, holding weight, and holding duration significantly influence all measures.

Independent variables include shoulder flexion (60°, 90° and 120°), reaching frequency (2 motions/min and 4 motions/min), holding weight (0.86 kg and 1.12 kg), and holding duration (5 s and 10 s).

A single error is seen in the red population, with a haplotype reaching frequency q0 after 509 generations not being seen by the model.

While accurate inference of U is not a primary aim of our method, a rough approximation can be calculated using the result that in a Wright Fisher model, the probability of a mutant with selection coefficient σ reaching frequency 1/σ is 2σ [see e.g. Desai and Fisher (2007)], giving (7) where n m is the number of inferred mutations and T is the simulation time in generations.

The proposed architectures were described in VHDL and synthesized for Altera Flex 10KE FPGAs family, reaching frequencies near to 40 MHz.

For instance the R- M269 haplogroup shows the highest frequency in Western Europe reaching frequencies as high as 85% in Ireland [12], but it is also very common in the Iberian peninsula, Sardinia and Anatolia [13], [14].

This 'lactase persistence' trait is present at high frequency in European, Middle Eastern and pastoralist African populations (reaching frequencies of up to 90% in northern Europe) (Swallow 2003).

By contrast, the most common heteroplasmic mutation was m.3243A→G (33%), reaching frequencies similar to that described in one mutation-specific survey.

In some cases arrangements include overlapping inverted fragments, often reaching frequencies higher than the standard arrangements, but in other cases, of low frequency arrangements, TE copy number is too low to allow statistical tests.

The most prevalent Duffy allele globally is FY*A, which reaches high frequencies (>90%) across East Asia, whereas in sub-Saharan Africa, the predominant allele is the silent FY*B ES variant, commonly reaching frequencies approaching 100% and encoding the Duffy negative phenotype [Howes et al., 2011].

In the first analysis, the outcome of competition in the north did not significantly vary among the different pairs of isolates (F3,9 = 1.28, P = 0.3385), with southern isolates often reaching frequencies of over 80%.