Homeostatic control mechanisms are typically controlled instinctively by the nervous system.
The nervous system maintains homeostasis by regulating and controlling the other components of the body. A deviation from a usual set points functions as a stimulus to a receptor that transmits nerve impulses to a monitoring center in the brain.
Along with the nervous system, the endocrine system synchronizes the functions of the body to sustain homeostasis at the time of exercise and rest.
The nervous system regulates the homeostasis by controlling various organs and regulating them. Homeostasis is the ability of the body to maintain its internal environment in equilibrium.
If any particular internal system deviates from a certain set point the deviation acts as the trigger or stimuli to a receptor that transmits the nerve impulse to a control center located in the brain. Control central acts accordingly on the basis of the stimuli received and directs to an effector and specific response occur. Hypothalamus is an important part of the brain that plays very important role in homeostasis.
algae are autotrophs, and fungi are heterotrophs. algae contain photosynthetic pigments. fungi are capable of digesting non-living, organic material, and also absorbs simple nutrients by the fungal hyphae
