What type of systems work collaboratively to maintain homeostasis in the body?

The answer is all systems because homeostasis refers to the body's ability to maintain a stable internal environment despite changes in external conditions. Achieving this balance is a complex process that involves continuous interactions among various body systems.

For instance, the circulatory system helps transport nutrients and oxygen to cells, while the respiratory system facilitates gas exchange, ensuring that the body has the oxygen needed for cellular processes. The endocrine system secretes hormones that regulate processes such as metabolism and temperature control, influencing homeostasis. Additionally, the nervous system plays a key role in sensing changes and coordinating responses to maintain balance.

Every system contributes to homeostasis in its own way, whether directly through physiological processes or indirectly by providing necessary support and communication between systems. Understanding the interdependence of these systems highlights how they collectively work to keep the body functioning optimally.