Acid-Base Balance and Hypothalamic-Pituitary System

The acid-base balance of the human body is intrinsically linked to the regulation exerted by the hypothalamic-pituitary system. The hypothalamus, as a neural center, plays a fundamental role in modulating body tone, by integrating signals of oxidation-reduction and synaptic transmission. This regulation manifests in two opposing states: ergotroph, oriented towards activity and work, and trophotroph, promoting recovery. Information related to acid-base balance is transmitted via the bloodstream, thus influencing the limbic system and the corticospinal tract, integrating bodily memories, including those related to diet.

Variations in acidosis or alkalosis within tissues lead to local adaptations that affect posture and muscle tone. These changes result in bodily responses, particularly at the level of digestive sphincters, which react to movements of the center of gravity. Thus, an imbalance can manifest as disorders such as diarrhea or constipation, and even precancerous states. Observation of posture and bodily dynamics allows for deciphering the body's internal chemistry, highlighting the importance of the hypothalamus in continuous adaptation to environmental stimuli.