Sentence examples for population differential from inspiring English sources

In the wider population, differential DNA methylation may similarly contribute to the diversity of phenotypes, pathogenesis and progression of complex diseases.

Indeed, also in our study population, differential expression in mTOR signaling components was observed between offspring and controls in preliminary analyses [ 19].

Total white blood cells (WBC) and lymphocytes were counted using an automatic haematology analyser ABX Pentra 60 C+ (HORIBA GROUP ABX Diagnostics, Montpellier, France) operated in CBC + 5DIFF (Cell Blood Count + 5 population differential count) modes.

Additionally, within the spermatocyte population, differential sensitivity was observed depending on the precise stage of meiotic maturation: dividing (stage XIV) and early pachytene (stages I-II) greater than late pachytene (stages VIII-XIII) greater than mid-pachytene (stages III-VII).

Total white blood cells (WBC) and lymphocytes were counted using an automatic hematology analyzer ABX Pentra 60 C+ (HORIBA GROUP ABX Diagnostics, Montpellier, France) operated in cell blood count + 5 population differential count (CBC+5 DIFF) modes.

Based on population differentials alone, the odds are that we won't be producing the number of N.B.A. players we have in the past.

In particular, because there is evidence that the differential experience of spoken (receptive) language content in vulnerable groups of young children is likely to contribute to the highest risk of poor achievement outcomes later on [30] [31], addressing population differentials in receptive language should be a priority for early intervention programs.

The scale up costs at district level were estimated at about US$700,000, obviously a result of population differentials, with Mbale district in Uganda having a higher population.

Tan et al. [44] proposed a dual-population differential EA based on crossover and mutation operators to enhance the exploration capability of the algorithm.

This gives us three 'factors' that can lead to gene-frequency change in Mendelian populations: differential reproduction, mutation, and migration.

The principles of phenotypic variation within populations, differential fitness, and change in populations over time were included (at either the novice or the expert level) in 75%, 72%, and 65% of students responses, respectively;   (b) largely neglected the genetic component of the evolutionary process.