Sentence examples for resultant activation from inspiring English sources
The resultant activation of Rb (via dephosphorylation) irreversibly inhibits transcriptional activity of growth-promoting factors, such as E2F (Campisi 2005).
The resultant activation of JAK-STAT signaling and IFN-stimulated gene (ISG) expression broadly protects against virus infections, including RVs.
A strain rate sensitivity of ∼0.14 is derived from the simulations with a resultant activation volume of ∼1b3 associated with plastic deformation.
The resultant activation energy was used to evaluate the thermal stability of the metastable grain boundary structures, with predictions of transition time based on transition state theory.
We ascribed the enhancement of the rate performance to the suppression of the Jahn-Teller distortion of Mn3+ and the resultant activation of the Mn reduction reaction.
These transgenic animals demonstrated cardiac-specific expression of this alpha 1-AR with resultant activation of phospholipase C as shown by increased myocardial diacylglycerol content.
At lower concentration of phosphoric acid and increase of activation time, the resultant activated carbons have gradually increase adsorption capacity against methylene blue; whereas, an increase in activating agent concentration with increase in time decrease the adsorption capacity of the activated carbon against methylene blue dye.
These data suggested that L LAP-DPs reflected the activation of TGF-β and the bioactivity of the resultant active TGF-β in cells.
In a study of piglets exposed to hypercapnia, researchers found that resultant diaphragm activation prior to upper airway muscles activity results in obstructed inspiratory efforts and prolonged apneic events [ 18].
The resultant positive activation volume for the acid doped PBI has a magnitude similar to that for polymer electrolytes based on perfluorosulfonic acid containing relatively small amounts of water.
These novel observations suggest that cardiac ACE is induced in hearts with left ventricular hypertrophy, and that the resultant intracardiac activation of angiotensin II may have differential effects on myocardial relaxation in hypertrophied hearts relative to controls.
