The approach to target validation utilizes RNAi, CRISPR, and ORF expression platforms to genetically perturb candidate target gene expression in relevant cancer cell lines, and then profile
the resulting phenotypic changes with regard to their effect on various biochemical pathways.
Not exact matches
At present, and based on what we know of the genetic regulation of development, these
phenotypic changes in the gut are most likely the
result of positive genetic
changes in the genetic regulatory pathways controlling the development of the relevant anatomical features, i.e. they are novel positive, heritable genetic features producing a specific and functional novel anatomical structure within the Genus.
The
results show the plants have great
phenotypic plasticity and do not all
change in the same ways.
Aneuploidy is responsible for the observed
phenotypic changes, as chromosome loss restoring euploidy
results in a wild - type phenotype.
Acclimatization refers to
phenotypic changes by an organism to stresses in the natural environment that
result in the readjustment of the organism's tolerance.
This
phenotypic diversity is often the
result of
changes or loss of ancestral phenotypes or gain of novel phenotypes during evolution.