Sentence examples for changes that contribute to from inspiring English sources

She enjoys working in her lab studying the molecular and cellular changes that contribute to the development of epilepsy.

Analyses of the human genome have proven extremely successful in identifying changes that contribute to human disease.

Two different cells in the same tumor can have different DNA mutations and other molecular changes that contribute to their deranged state.

To identify the landscape of proteomic changes that contribute to opposing forms of homeostatic plasticity, we examined the plasticity-induced changes in the newly synthesized proteome.

It has been suggested that alcohol intoxication may act on mechanisms of neuroplasticity to produce brain changes that contribute to the pathophysiology of AUDs.

By identifying the cascade of molecular changes that contribute to the development of epilepsy we hope to be able to design therapeutics for preventing epilepsy.

Naturally occurring rat models of cognitive aging are useful tools to investigate the underlying neurobiological changes that contribute to memory loss in later life.

The resequencing of whole exomes and whole genomes with next-generation technologies should identify additional genetic changes that contribute to the monogenic forms of diabetes and possibly provide novel clues to the genetic architecture of common adult T2D.

The intervertebral disc contributes to motion, weight bearing, and flexibility of the spine, but is susceptible to damage and morphological changes that contribute to pathology with age and injury.

There are two main targets when trying to reverse the epigenetic changes that contribute to the initiation and progression of cancer: the altered epigenetic marks themselves, and the abnormal proteins (such as mutated EZH2) responsible for initiating and maintaining these changes.

The p53 inducible gene, CSPG2, performed best in separating OO kidneys from adults and OA samples in this analysis.The method described in this study using independent validation samples can be envisioned to test utility of the identified genes in assessing age-related changes that contribute to decline in renal function.