Sentence examples for genetic processes underlying from inspiring English sources

February 29 , 1916Hinsdale, Illinois February 18 , 2010Baltimore, Maryland Barton Childs, (born Feb. 29, 1916, Hinsdale, Ill. died Feb. 18, 2010, Baltimore, Md . American pediatric geneticist who conducted investigations into the genetic processes underlying inherited human diseases and was known for his efforts to promote the integration of genetics into the practice of medicine.

Here we explore the sometimes conflicting definitions of life itself establishing that there are two great categories of physicochemical processes that characterize living systems: (1) matter-energy transfer (all organisms require energy and nutrients to develop, grow, and maintain the soma); and (2) the genetic processes underlying reproduction.

Mapping the causal allele or alleles for a particular trait is one of the most common methods for learning about the genetic processes underlying biological function.

Consequently, a better understanding of the genetic processes underlying fracture healing is of great medical relevance.

Heterosis, linkage and transgressive segregation are not the only genetic processes underlying hybrid fitness.

However, the population genetic processes underlying those outcomes can co-occur, each influencing different genomic regions to different degrees.

Moreover, our DNA microarray approach from aspects of viral and host gene expression might provide insight into the complex genetic process underlying the interaction between EBV and NK/T-cells.

In order to better understand the genomic processes underlying polyploidization, microsatellite and retrotransposon PCR-based molecular marker techniques were utilized to evaluate exclusively genetic rearrangements in triticale.

However, the genetic and environmental factors are difficult to disentangle, and joint genetic and environmental processes underlying the development of metabolic consequences of obesity have not been studied.

The study of heterochrony, while interesting per se, does not take us any closer to understanding the developmental, genetic, and physiological processes underlying evolutionary change [ 29].

If facultatively parthenogenetic species lack sufficient genetic variation for processes underlying centrosome formation, behavior, and spindle orientation, it may explain why, even after decades of laboratory selection, only a small proportion of impaternate eggs produce adult females in most species.