What is the relationship between homeostasis and temperature?

The body has many effective ways to maintain homeostasis, especially in terms of body temperature regulation. With homeostasis and temperature control, the body creates many mechanisms that help solve the internal change in body temperature, many of which rely on the negative feedback system. Obvious methods such as removal or adding clothing clothing can help with temperature control, as well as vibration, helping to generate internal heat. The body can also sweat and help take away the heat from the body to maintain normal body temperature. Regarding homeostasis and temperature regulation, the body uses negative feedback to return its internal temperature back to normal balance. Negative feedback is a homeostatic contmechanism of OL, which works in the opposite direction of initial change that helps regulate this change and bring some variables such as body temperature, back to normal levels.

Thermoregulation is a term used to describe homeostasis and temperature control that is governed by the hypothalamus of the gland in the brain. Hypothalamus and receptors in the skin help to monitor changes in external and internal temperature, activate the system of negative feedback when temperatures exceed or fall above normal or temperature of the set point. If this happens, the effects of homeostasis and temperature control are visible and voluntary, mainly related to the choice of clothing or become colder or warmer. In response to warmer conditions, the body can also respond by the production of sweat, which serves as a body cooling system.

with homeostasis and temperature control in terms of colder temperatures, the body can start to shake and generate heat by increased muscle activity. The kidney and thyroids can produce chemicals and hormones such as adrenaline and thyroxine to help generate internal heat. Metabolic speed can also increase in response to colder temperatures, which is for usLED increase in the inner temperature of the body part of the core. Vasodilatation occurs in response to warmer temperatures, helps to take away heat from the body surface and is visibly visible when the skin turns into a light shade of red.