Thus, identifying novel molecular target(s) exerting protective effects against these metabolic imbalances is of enormous medical significance.
Hence, some as yet unidentified environmental factor(s) exerting a positive influence on the number of vertebrae also appear to influence individual growth.
FoxP2 is a transcription factor, thus the mechanism by which it exerts its function(s) is through control of downstream genes.
Here, we have first demonstrated that short TGF-β1 pulse(s) exerts a long-lasting effect on normal fibroblasts with regard to attaining a myofibroblastic phenotype.
Examination of this question can reveal evolutionarily important selective pressures exerted by the environment(s) in which the microbe lives.
This study provides evidence that Gelsemium s. exerts a prevalently inhibitory effect on a series of neurocyte genes across a wide dose-range.
At what stage the oxidative tonus exerts its major effect(s) in the signalling pathways leading to inflammation remains to be further clarified.
Despite all of these potentially beneficial properties of APC in the context of sepsis, it is not clear through which mechanism(s) APC exerts its clinical effects.
These results indicate that the prosp-NH secretes a diffusible molecule(s) that exerts a long-range effect on H-NH axons.
Maximum action is exerted at S phase, but toxicity is usually exerted in G2 phase.
