homeostatic

In most homeostatic mechanisms, the control center is the brain.

A stimulus is often the first component of a homeostatic control system.

Such homeostatic control is separate from the sensation of temperature.

He calls this position the homeostatic organization view of biological phenomena.

Their homeostatic mechanism is not effective in the cooler range.

This is an example of a homeostatic negative feedback loop.

The set points of homeostatic theory are not themselves constant during this trajectory but change over time.

Homeostatic imbalances are the main driving force for changes in the body.

It brings about a homeostatic condition in the body.

The mechanism suggested for hemoglobin would be part of the homeostatic control system.

The Homeostatic process is essential for the survival of each cell, tissue, and body system.

However, when stress becomes chronic, homeostatic regulation of blood pressure is lost.

In addition, homeostatic imbalance is also responsible for the physical changes associated with aging.

Homeostatic processes might be necessary if and when they occur but action is necessitating.

There is also a homeostatic model that also supports these findings.

The machine moved rapidly, guided by a neatly homeostatic brain that kept it on course.

Homeostatic control mechanisms help the body maintain a constant internal environment despite external changes.

"You mean there may be things about homeostatic coffee pots that we don't know?

The homeostatic pressure to sleep starts growing upon awakening.

However, some relatively simple homeostatic mechanisms are generally accepted.

The body's homeostatic mechanism keeps blood glucose levels within a narrow range.

Before he could palm the homeostatic lock, Jennifer was at the door, her face a portrait of concern.

Background Sleep is regulated by both circadian and homeostatic mechanisms.

For a while, people were imagining a new homeostatic end point, with temperatures hot enough to boil water."

Most homeostatic regulation is controlled by the release of hormones into the bloodstream.