We first performed mother son crosses (parental generation) to determine whether C. rubecula indeed has CSD.
Formation of a visible colony requires about 24 generations and to determine whether the rep mutation affects Inv cell growth at early times, Inv rep cells were analysed by differential interference contrast (DIC) microscopy.
Specifically, the methodology was motivated by the need in the power generation industry to determine whether cyclic pre-straining influences the subsequent creep behaviour of type 316H austenitic stainless steel as compared to non-cyclically pre-strained material.
The log-likelihood scores were plotted against generation time to determine whether stationarity was reached.
A follow-up in advanced selection generations remains necessary to determine whether these significantly different SNPs will also exhibit significant genetic differentiation in future generations, whether new outliers will be uncovered and whether genetic diversity will be maintained as selection intensity increases.
For the IBD method, information from three generations is required to determine whether the origin is from the grandfather or the grandmother.
As a first step we will compare the distribution of the predictors of the PIAMA Risk Score and the asthma outcome in the development (PIAMA) and validation (Generation R) data to determine whether the datasets are comparable.
Therefore, the level of intracellular ROS generation was assessed to determine whether SSeo can reduce the level of TNF-α-induced oxidative stress in HASMCs using flow assisted cytometry analysis.
These markers were first used to test whether genetic divergence occurred in the integrated and segregated hatchery lines over each generation since founding, and to determine whether managed gene flow was effective at reducing differentiation.
Future generations of selection may help to determine whether this is a trend that reflects a slowing of the selection response by generation F13-F14, or whether it is a stochastic phenomenon.
