The phrase 'genetic interference' is a correct and usable phrase in written English.
It can be used to describe a situation where a genetic code or sequence is disrupted or changed. For example, "Gene editing can be used to induce genetic interference and prevent the development of certain diseases."
A second problem has to do with genetic interference.
In Caenorhabditis elegans, the introduction of double-stranded RNA triggers sequence-specific genetic interference (RNAi) that is transmitted to offspring.
Secondly, the pathological signs may be due to the genetic transformation itself, its method provoking either insertional mutagenesis or a new metabolism by genetic interference.
Genetic interference mediated by double-stranded RNA (RNAi) has been a valuable tool in the analysis of gene function in Caenorhabditis elegans.
Further, if its identity would be different from the child that would have been brought into existence, would the genetic interference be immoral in virtue of preventing that other child's existence?
Bacteria-induced RNAi phenotypes could be maintained over the course of several generations with continuous feeding, allowing for convenient assessments of the biological consequences of specific genetic interference and of continuous exposure to dsRNAs.
To evaluate the theoretical predications of non-IBD probabilities and expected junction densities, we perform simulation studies with the same model assumptions: random mating with discrete generations, no natural selections, and no genetic interferences, except that the ancestral origins along chromosomes do not follow Marker assumptions.
Future data on amino acid substitutions and linked fixations of nonoptimal codons with respect to CDS length among related species in each taxonomic group (Gryllus, Oncopeltus, and Parhyale) will help further discern the role of genetic-interference on Fop (Betancourt and Presgraves 2002; Kim 2004; Whittle and Johannesson 2013).
Genetic background interference is another important factor for gene discovery based on differential gene expression analysis.
Pairwise expression comparison between resistant wildtypes and their susceptible mutants enables us to minimize the genetic background interference and hence is of great value for simplifying such complicated traits as FHB resistance by studying dissected individual QTL or single gene effects.
Accumulating experimental works demonstrate that, during critical periods of development, both environmental, genetic and pharmacological interference with physiological neuronal activity can markedly and permanently alter wiring patterns and, thereby, information processing in the central nervous system (CNS) [6] [8].
