Sentence examples for molecular and physiologic from inspiring English sources

Advanced molecular and physiologic tests across several model species should help resolve this question for TCE.

Although substantial evidence exists on molecular and physiologic impacts, the evidence needed to establish concentration-response functions is somewhat limited.

However, these findings will only yield useful therapeutic interventions, once functional variants are exposed and further molecular and physiologic characterization of the genes and pathways involved is performed.

Future work will continue to utilize in vitro and in vivo experiments with the goal of understanding the activity of TrHbs from both the molecular and physiologic perspectives.

These molecular and physiologic changes are thought to be involved in the constipation disorders seen in the elderly, and some have been described.

Aggressive tumors typically demonstrate a high glycolytic rate, which results in resistance to radiation therapy and cancer progression via several molecular and physiologic mechanisms.

As PET scanning often interrogates specific biochemical processes involved in substrate utilization, it is sometimes referred to as metabolic imaging but it can also image a range of molecular targets and physiologic processes and therefore is more accurately a form of molecular imaging.

The synaptic basal lamina plays an important role in NMJ development and regeneration, and in specifying the molecular architecture and physiologic properties of the pre- and post-synaptic membranes.

Ongoing comprehensive determination of molecular, cellular and physiologic impact across a range of representative pathologies will allow us to understand better the risks and benefits of hypercapnia and acidosis during critical illness.

By directing expression of an engineered protein to the heart, one is now able to effectively remodel the cardiac protein profile and study the consequences of a single genetic manipulation at the molecular, biochemical, cytological and physiologic levels, both under normal and stress stimuli.

Thus we can now ablate or augment expression of a engineered protein in the heart and are able to effectively remodel the cardiac protein profile and study the consequences of a single genetic manipulation at the molecular, biochemical, cytological and physiologic levels.