A mechanism of communication among life processes to coordinate development, reproduction, and homeostasis. In humans, feedback loops are especially important for communication between organs that are spatially separated. Virtually all hormones from the nervous and endocrine systems are under feedback control: by peripheral hormones, cations, metabolites, osmolarity or extracellular fluid volume.

A mechanism of communication with a physiological system for homeostasis, adaptation, etc. Physiological feedback is mediated through extensive feedback mechanisms that use physiological cues as feedback loop signals to control other systems.

Synonyms: Biochemical Negative Feedbacks, Biochemical Feedback Stimulation, Stimulation, Biochemical Feedback, Negative Feedbacks, Biochemical, Biochemical Feedbacks, Inhibitions, Biochemical Feedback, Feedbacks, Biochemical Positive, Biochemical Feedback Regulations, Feedback Stimulations, Biochemical, Feedback Stimulation, Biochemical, Biochemical Positive Feedbacks, Biochemical Feedback Regulation, Feedback, Biochemical Negative, Biochemical Feedback Stimulations, Inhibition, Biochemical Feedback, Feedback Regulations, Biochemical, Biochemical Feedback Inhibitions, Physiological Feedback, Feedback, Biochemical, Positive Feedback, Biochemical, Stimulations, Biochemical Feedback, Feedback Inhibition, Biochemical, Feedbacks, Biochemical Negative, Feedback Inhibitions, Biochemical, Biochemical Feedback Inhibition, Physiological Feedbacks, Biochemical Negative Feedback, Positive Feedbacks, Biochemical, Biochemical Feedback, Biochemical Positive Feedback, Negative Feedback, Biochemical, Feedbacks, Biochemical, Feedback, Physiological, Feedback, Biochemical Positive, Feedback Regulation, Biochemical, Regulations, Biochemical Feedback, Regulation, Biochemical Feedback, Feedbacks, Physiological