What is the negative-feedback mechanism for the regulation of hormone secretion?

Hint: Negative feedback is the primary regulator of hormone formation. A stimulus triggers the release of a chemical in a negative feedback system; once the chemical reaches a specific level, it sends a signal to halt further release. The proportion of hormones in the blood is thus kept within a limited field.

Complete answer:
The following are the ways, the negative-feedback mechanism works:
Humoral stimuli: The word "humoral" comes from the word "humor," which refers to body samples like blood. The modulation of hormone release in response to changes in interstitial fluids such as blood or the ion content in the blood is referred to as a humoral stimulus.
Hormonal stimuli: The emission of a hormone in consequence to the emission of another hormone is referred to as hormonal stimulation. When hormones released by other endocrine glands trigger them, a variety of endocrine glands send signals.
Neural stimuli: Neural stimuli are when the nervous system substantially induces the release of hormones from the endocrine glands. Consider that the hormones adrenaline and norepinephrine are vital for delivering the boost of activity required for the body to respond in a quick stress response. In reaction to stress, neuronal stimulation from the sympathetic nervous system prompts the adrenal medulla to secrete the chemicals adrenaline and norepinephrine.

Note:
Hormone requirements are usually governed by negative feedback, which occurs when a hormone's level rises and prevents it from being produced further. The modulation of hormone release in response to changes in extracellular fluid is referred to as humoral stimuli. The release of hormones in reaction to hormones generated by other endocrine glands is referred to as hormonal stimulation. The generation of hormones in consequence to neural stimulation is alluded to as neural stimuli.