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Hypothalamus / Pituitary / Pineal Dysfunction: Overview
The endocrine system is an intricate "feedback" system, in which hormones release or suppress other hormones, controlling the way the body works. Balance is crucial, because an unhealthy component (gland) could cause repercussions to cascade down into all parts of the body.
For example, an unhealthy pituitary can produce too much growth hormone (leading possibly to giantism) or too little, which can lead to premature aging and wasting of tissue.
The hypothalamus gland produces a releasing factor known as thyroid stimulation hormone releasing factor, or TSH-RF. It is a secretion of the brain that controls the pituitary gland. It regulates survival processes, such as reproduction, nourishment, and self-defense, by initiating the appropriate physical response through nerve impulses and chemical messengers.
The pituitary, which is controlled by the hypothalamus, has two distinct parts, the anterior and posterior lobes. Each one releases different hormones. The hypothalamus is and essential link between the brain and the pituitary. For example, the hypothalamus releases hormones stored in the posterior pituitary, including: oxytocin, vital in childbirth and nursing, and vasopressin, the water-regulating hormone; it also releases "turn on" hormones form the anterior pituitary, which stimulates secretions by other endocrine glands.
The pineal gland works in harmony with the hypothalamus gland, directing the body's thirst, hunger, sexual desire and the biological clock that determines our aging process. It is the "third eye" of the brain, responsible for telling the brain when it is day or night. It also controls the body's hormonal systems, sleep-wake cycle, and other so-called "circadian" (24-hour) body rhythms. It is in essence, the body's internal clock.
The pineal gland produces a hormone called melatonin, levels of which are what directly influence the function of various brain centers (appetite, sleep, the hypothalamus and pituitary gland).
Various functions and rhythms of the human body are controlled by hormones which might be defined as chemical messengers. Most of these hormones are produced by these and the other major endocrine glands, but several other organs also manufacture hormones - the stomach, liver, intestines, kidneys, and heart all contain groups of hormone-secreting cells.
The hypothalamus gland produces a releasing factor known as thyroid stimulation hormone releasing factor, or TSH-RF. It is a secretion of the brain that controls the pituitary gland. It regulates survival processes, such as reproduction, nourishment, and self-defense, by initiating the appropriate physical response through nerve impulses and chemical messengers.
The pituitary, which is controlled by the hypothalamus, has two distinct parts, the anterior and posterior lobes. Each one releases different hormones. The hypothalamus is and essential link between the brain and the pituitary. For example, the hypothalamus releases hormones stored in the posterior pituitary, including: oxytocin, vital in childbirth and nursing, and vasopressin, the water-regulating hormone; it also releases "turn on" hormones form the anterior pituitary, which stimulates secretions by other endocrine glands.
The pineal gland works in harmony with the hypothalamus gland, directing the body's thirst, hunger, sexual desire and the biological clock that determines our aging process. It is the "third eye" of the brain, responsible for telling the brain when it is day or night. It also controls the body's hormonal systems, sleep-wake cycle, and other so-called "circadian" (24-hour) body rhythms. It is in essence, the body's internal clock.
The pineal gland produces a hormone called melatonin, levels of which are what directly influence the function of various brain centers (appetite, sleep, the hypothalamus and pituitary gland).
Various functions and rhythms of the human body are controlled by hormones which might be defined as chemical messengers. Most of these hormones are produced by these and the other major endocrine glands, but several other organs also manufacture hormones - the stomach, liver, intestines, kidneys, and heart all contain groups of hormone-secreting cells.
Treatment and Prevention
Good nutrition for the pituitary includes alfalfa, kelp, dandelion, bee pollen and spirulina. Magnesium and potassium are important minerals.Cerebral Gland Dysfunction
Information On This Page
Signs, symptoms & indicators of Hypothalamus / Pituitary / Pineal Dysfunction:
Symptoms - Cardiovascular
Symptoms - Hair
Counter-indicators:
Symptoms - Metabolic
Symptoms - Mind - Emotional
Counter-indicators:
Conditions that suggest Hypothalamus / Pituitary / Pineal Dysfunction:
Hormones
Skin-Hair-Nails
Female Hair Loss
| Any condition that upsets the ovary, adrenal or pituitary gland may result in hair loss. |
Risk factors for Hypothalamus / Pituitary / Pineal Dysfunction:
Childhood
Counter-indicators:
Supplements and Medications
KEY
Weak or unproven link:
may be a sign or symptom of; may suggest; may increase risk of
Strong or generally accepted link:
often increases risk of
Weakly counter-indicative:
may contraindicate
Strong counter-indication:
often decreases risk of
Last updated: Apr 25, 2013