Endocrine System

FSH :-abbreviation for follicle stimulating harmone.

The second most important is cAMP

no we cant live without our adrenal gland as it has very important role in our physiology and it secreat some hormones which are necessary for living like aldosterone which is important in maintaining BMR of body, cortisol which are known as life protecting hormone as maintain blood glucose level etc..

Yes you can and many people do. People can live with one or none. Life is maintained with hydrocortisone and fludrocortisone, two medications that replace the cortisol, sodium that your system no longer makes. You are just adrenal dependent. You could go into an adrenal shock if you have a major illness, accident or shock as your body does not make the "fight or flight" cortisol. You then need to inject or be injected with a powerful steroid called dextramethesone within a very short time or you will go into adrenal crisis. The end result of that is your organs shut down one by one and you die. You need to wear a MEDICALERT bracelet that states that you are adrenal insufficient and steroid dependent. Glad I could help with this information.

Fsh is follicle stimulating hormone. It is secreted by the pituitary gland and, very simply, it helps the ovaries to release eggs. If a woman is short of this hormone the ovaries may not develop properly, and ovulation may not occur. It is also necessary in men for the development of the testes and the production of sperm. If it is supplied artificially it can improve fertility.

It depens with medicine you need to inject and in which place of your body.

For deep muscles, you use longer needles (1 to 1 1/2 inches).

It also depens of the drug viscosity. For "oily" products, you need to use bigger needles (18 to 22 gauges).

For regular subcutaneous injection (liquid form) you can use 1 inch needle with a gauge of 27 to 30.

Endocrine glands secrete hormones and exocrine glands secrete enzymes. Endocrine glands secrete hormones directly into the blood stream, while exocrine glands secrete enzymes through ducts. endocrine is ductless gland exocrine retain their duct, exocrine empty through their duct to epithelial such as sweat, oil, glands, liver and pancrease

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Endocrine glands:

- are ductless ("endo" means "internal") and supply their products directly into the bloodstream,

- manufacture hormones (biological chemicals that influence the operation of other organs and tissues),

- include the pituitary gland, pancreas, ovaries, testes, thyroid gland, and adrenal glands. The stomach also has endocrine activity,

- are critical to bodily functions. The thyroid creates thyroxin, which regulates the body's overall metabolic rate. Low thyroxin (hypothyroidism) means low energy consumption, lethargy and weight gain, for example. A faulty pancreas leads to low insulin levels, excessive/erratic blood sugar, and diabetes,

- differ from exocrine ("external") glands such as the liver, which supplies products into other body systems, such as bile into the digestive tract.

ENDOCRINE GLANDS ARE DUCTLESS

The endocrine system (specifically pituitary gland and adrenal gland (cortex)) secrete hormones (ADH - antidiuretic hormone & aldosterone) which cause the kidneys to reabsorb salt. This, in turn, causes the kidneys to increase water re-absorption. All of this increases blood volume, which increases blood pressure.

Alternatively, ANH (Atrial Natriuretic Hormone) is secreted by the atrium of the heart. This causes the kidneys to reabsorb less sodium (and less water) which decreases blood volume and decreases blood pressure.

Epinephrine and Norepinephrine are released from the adrenal glands (medulla) during short-term stressful events, which increases blood pressure by vasoconstriction and slows digestion and bowel movements.

The triceps are located on the back of the arm. The quadriceps are located on the front of the thigh.

I think you mean polyuria instead of polyurea. Polyuria is a medical term used to describe the symptom of increased frequency of urination. When glucose levels in blood are greater than normal, the molecule of glucose 'leaks' into the urine. As glucose enters the urine, it brings water molecules with it and, in turn, urine volume increases and, 'voila', polyuria happens..

blood level gets low

The adrenal glands are part of the endocrine system. This gland helps to control blood sugar. In addition, also helps your body by promoting proper cardiovascular function. properly utilizing carbohydrates and fats, helps to distribute stored fat and promotes healthy gastrointestinal functions. They also release a hormone that helps deal with stress called adrenaline.

An enlargement of the thyroid gland that results from a deficiency of dietary iodine is called a goiter. A goiter is inflammation of the thyroid gland. Worldwide, the most common cause of a goiter is due to a lack of iodine in our daily diet.

No,endocrine glands are Ductless.Exocrine glands are the ductile glands.

The pancreas has both endocrine and exocrine gland cells so it is a mixed gland.

No. They are two difference systems. The endocrine system is related to your hormones. The lymphatic system fights infections.

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Most hyperthyroidism is a result of an autoimmune disorder. Autoimmune disorders are more common in females.

Because pretrachea fascia that surrounds thyroid gland is attached to larynx, therefore lumps of thyroid gland will move together with swallowing.

Hormones regulate pretty much everything you can think of. From growth, to metabolism, to digestion, to stress responses, to the ability to reproduce - including the initial libido that gets you there, how awake or sleepy you are, all are related to hormones.

Attached is a link that lists hormones and their functions.

In response to the increasing levels of estrogen, the cervix becomes congested with blood, resulting in the characteristic bluish tinge that extends to include the vagina and labia. So, estrogen is the hormone responsible for a positive Chadwick's sign, however bloodflow is the reason it becomes blue.

Thyroid and Parathyroid Glands are Antagonistic.

-Thyroid gland produces Calcitonin, which lowers blood calcium levels.

-Parathyroid gland produces Parathyroid Hormone (PTH), which raises blood calcium levels.

There are very many "antagonistic" hormones that are produced by endocrine glands.