The negative feedback and feedback inhibition differ because the pathway's product in thermoregulation reduces pathway activity by decreasing the stimulus. However, in an enzyme-catalyzed biosynthetic process, the pathway product stops the pathway activity that manufactured it.
Step by step solution below
Step 1: Feedback inhibition
Feedback inhibition is used by cells to regulate metabolic enzyme activity by the inhibitory binding of its end product to an enzyme acting early in the metabolic pathway. The activity of an enzyme is suppressed or slows down, making new products altogether.
Step 2: Negative feedback mechanisms
The negative feedback mechanism is a pathway stimulated by deviance in output and produces changes in the opposite direction of the initial deviation and maintains homeostasis. The negative feedback mechanism is a self-regulatory system and works to maintain relatively constant levels of output.
Step 3: Thermoregulation
Thermoregulation is a mechanism that allows the maintenance of the internal body. Thus, it involves maintaining an optimal temperature for the action of enzymes in the body. Homeostasis regulates temperature that sustains a stable internal temperature to survive.
The homeostasis of the body utilizes negative feedback by generating sweat when the body produces a large amount of body heat.
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