The phrase "average phenotype" is correct and usable in written English.
It can be used in scientific or biological contexts to refer to the typical characteristics or traits observed in a population.
Example: "In this study, we will compare the average phenotype of the control group to that of the experimental group to assess the effects of the treatment."
Alternatives: "typical phenotype" or "mean phenotype".
To mimic a situation with selective genotyping, marker genotypes were stored only from parents (generations 5001 and 5002) and individuals of the phenotypically best (based on the average phenotype of the 100 training sibs) 30 of 100 families in the last generation (generation 5003).
As the gene variant becomes more common, the average phenotype of a population changes, resulting in adaptation.
The average phenotype of the genes tends to change in a graded fashion from center to edge of the lens, leading to a change in refractive index throughout the lens.
How should the average phenotype in the next generation compare with the mean phenotype in our population right now? Can you make a specific prediction about the magnitude of this evolutionary change?
The expected phenotype values for each congenic strain were based on the average phenotype values within the corresponding AIL group.
Completely explained events had an average phenotype frequency of 48.2%, appearing in 241 out of 500 intermediate genomes.
The lines involved were different from marker to marker and generally included accessions with extremes phenotypes (from subpopulations J4 or J6) associated with one or several accessions with rather average phenotypes from the same or other subpopulations.
Although this kind of simplified formulation is undoubtedly useful when assessing how average phenotypes change in different environments, it lacks of realism in the respect that no stochasticity is assumed to be involved in the occurrence of transitions.
Besides affecting average phenotypes, fisheries-induced selection may also affect genetic diversity in quantitative traits.
With the cost of bacterial genome sequencing dropping below that of an average phenotyping experiment, the results of phenotyping tests have become even more valuable.
That is a remarkable difference, if compared with the level of variation in the phenotypes: average phenotypes corrected for fixed effect had a SD of 4.92.
