Sentence examples for complex genetic forms from inspiring English sources

An important question remaining to be addressed is whether the extensive genetic variation revealed in this study of a genetically "sensitized" fly is the same as the variation underlying complex genetic forms of the disease, an issue further discussed in the accompanying article (He et al. 2014).

Notably, RTT is usually associated with the complete loss of function of a single gene (MECP2) and shows rapid disease progression within the first years of life; the first studies of complex genetic forms of ASD have not yet been reported.

Affected individuals do not present with a specific core phenotype as may be predicted under a monogenic model, but instead show extensive heterogeneity in the severity and nature of impairment between affected individuals, as is typical of complex genetic forms of SLI.

We plan to use the results to inform the design of new trainings on complex genetic diseases, including hereditary forms of cancer, cardiovascular disease, and diabetes, in our continuing efforts to improve referral strategies and timely recognition of high-risk genetic patients.

More genes are being discovered and considered as contributing to the development of autistic disorders and recent studies indicate a form of complex genetic inheritance [ 19].

Genes with DNA variation, mRNA and miRNA form the complex genetic and molecular networks that determine the cell's function and response to the perturbation of external stimuli.

A major challenge in epilepsy research is to unravel the complex genetic mechanisms underlying both common and rare forms of epilepsy, as well as the genetic determinants of response to treatment.

While our fly model is of a monogenic form of diabetes, it exhibits a complex genetic architecture when placed on a diverse set of genetic backgrounds.

Such sporadic AD (sAD) forms do not exhibit familial aggregation and are characterized by complex genetic inheritance.

In addition, descriptions of complicated models involving multiple mutations on complex genetic backgrounds can be difficult to describe clearly in such structured text form.

These complex genetic patterns are to be expected, given the developmental pathways needed to form the ENS and the many molecules that guide this development.