The phrase "adaptive stimulus" is correct and usable in written English.
It can be used in contexts related to psychology, biology, or any field discussing responses to changing conditions or environments.
Example: "In behavioral psychology, an adaptive stimulus can trigger a response that helps an organism adjust to its surroundings."
Alternatives: "responsive stimulus" or "flexible stimulus".
The presumed adaptive stimulus could relate both to the primary leg extensors and/or to the stabilizing muscles.
25 In other words, increased body weight may act as an adaptive stimulus capable of increasing tendon CSA, as has been shown with resistance training programmes.
Moreover, this systematic mathematical procedure of modeling offers the possibility of simulating training effects in order to test different strategies, and it may thus be useful for advocating individualized training programs, which constitute the optimal adaptive stimulus.
In that study, the intervention groups performed high bar squats at intensities of 70% of the 1 RM (stable group) and 50% of the 1 RM (unstable group), indicating that an additional adaptive stimulus due to the unstable platform may have compensated through smaller load intensities and reduced muscle activation in the primary leg extensors.
We used adaptive stimuli to explore neural tuning for 3D abstract shapes ranging in scale and topology from small, closed, bounded objects to large, open, unbounded environments (landscape-like surfaces and cave-like interiors).
It would be very interesting to evaluate the level of these microRNAs in the B and T cells of DS children in response to innate or adaptive stimuli and determine their effects on cell proliferation and class switching.
Hariri suggests that the stronger response to facial expressions is adaptive; facial stimuli help us detect human threats as well as lions and tigers and bears.
Cytokine responses to ex vivo exposure to innate and adaptive immune stimuli are being measured in mononuclear cell preparations.
MiR-126 expression-suppressed asthmatic phenotype (Mattes et al. 2009) and differentially expressed miRNAs including miR-21, -103, -155, -146a, and -204 were identified in response to innate and adaptive immune stimuli (Liu et al. 2009; Nana-Sinkam et al. 2009).
Thus, adaptive control of stimulus intensity is achieved.
In particular, we concentrate on the linear and adaptive responses to stimuli and analyse the chemotactic performance of these under a range of system parameters and tumbling times.
