The homeostatic mechanisms in the body constantly adjust blood pressure and temperature to maintain internal balance.

The cells adjusted their ion channels homeostatically to maintain a stable internal environment.

The researchers proposed a homeostatical model to explain how the neural network maintains stable activity despite external perturbations.

Researchers argued that homeostatics underlies both physiological and behavioral responses to environmental stress.

The research team installed a homeostat to keep the laboratory colony's temperature and humidity within safe limits.

The researchers installed several homeostats in the habitat to maintain stable environmental conditions.

The researchers noted that the homeostatization of the urban ecosystem required coordinated policy and community efforts.

The microbial community can homeostatize after a disturbance.