The phrase "a consequence of inheritance" is correct and usable in written English.
It can be used when discussing the effects or outcomes that arise from inherited traits, characteristics, or properties, often in contexts like genetics, law, or programming.
Example: "The high risk of certain diseases in the family is a consequence of inheritance, passed down through generations."
Alternatives: "an outcome of inheritance" or "a result of inheritance".
Huge estates were initially built up by the king, bishops, monasteries and thegns, but in the 9th and 10th centuries these were slowly broken up as a consequence of inheritance arrangements, marriage settlements and church purchases.
In the century prior to the Norman invasion, England's great estates, owned by the king, bishops, monasteries and thegns, had been slowly broken up as a consequence of inheritance, wills, marriage settlements or church purchases.
This expands the opportunities for studying heritable conditions such as nondisjunction frequencies (15) and imprinting (as a consequence of uniparental inheritance of chromosomes or regions) on mouse development and viability, and places such studies on a solid statistical foundation.
Hence, it may be difficult to ascertain whether the homogeneity of the members of a higher-level group may indeed be a consequence of vertical inheritance or biased gene transfer.
What we see are lineages that exhibit continuity from beginning to end as a consequence of vertical inheritance and biased gene transfer, with genes moving in and out of the lineage through time.
Rather, decreases in age-specific rates of survival and fecundity are a consequence of the asymmetric inheritance of damage.
We here suggest that the age-related functional decline observed in several stem cell systems is, at least in part, a consequence of the limited inheritance of epigenetic information and related progressive alterations of the transcriptome.
In fact, as a consequence of the dominant inheritance of the novel trait, on one side, as well as that of the wt-marker, on the other, the level of non-GM impurities in GM material will tend to be overestimated with respect to the percentage of units that will not express the trait (homozygous wt), whereas the latter is indeed the relevant issue for commercial seed.
However, high-penetrance susceptibility mutations account for <6% of CRC cases; the majority of inherited variance appearing to be a consequence of the co-inheritance of multiple low-risk variants (Lichtenstein et al, 2000; Bost et al, 2001).
Much of the remaining variation in genetic risk is likely to be a consequence of the co-inheritance of multiple low-penetrance variants, some of which are common.
According to this analysis there is no such thing as biologically independent non-genetic inheritance, all extrinsic inheritance is a consequence of traits and dispositions that are intrinsic to an organism and intrinsic design can only be explained through neo-Darwinism.
