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We encounter sudden weight-put on or weight reduction. Sometimes we experience stress or tension. There are disturbances in sleep design. One feels frosty when others don’t. We discuss terms like limited capacity to burn calories, late onset of menstruation, and less charisma. We stress over bone wellbeing, diabetes. Some are tall while others are short. Tell us about how, when and why these conditions associate with our body and what happens under these situations. A slight lopsidedness in their working causes these changes: There are secretions or hormones in various organs of our body realized by glands called endocrine glands. These glands secrete inside. Their secretions or hormones distribute themselves in the body by bloodstream. That is the reason these are also called ductless glands.


What is Endocrine System: The system of endocrine glands and their hormone production in the body is endocrine system. It helps control reproduction, metabolism, development and improvement and provides the correct measure of vitality for body functions. These glands have similar functions and mechanism of impact, and are between related. Henceforth despite the fact that these scattered all through the body they are still considered as one system.

Treatment and diagnosis

Who is Endocrinologist: An endocrinologist studies these glands and hormones and diagnoses lopsidedness and helps restore equalization with pharmaceutical and counsel. They conduct clinical research to study the way glands work and grow new drugs which standardize the hormonal equalization in real. A couple endocrinologist focus on maybe a couple endocrine system diseases while others work in all areas of endocrinology.

Endocrine Glands: The Pituitary, thyroid and parathyroids, thymus and adrenals are completely endocrine glands. In any case, glands such as the pancreas, ovaries and testes also contain endocrine tissue and secrete hormones and in perspective of this they are also included as a major aspect of endocrine system.

Pituitary: It is a pea size, however the master organ of the body. Contrasted with different glands it produces the largest number of hormones including distinctive hormones that control and impact various alternate glands. A slender stalk connects it to the brain’s hypothalamus. Hypothalamus also produces hormones for managing pituitary secretions. It also has indispensable centers to control the autonomic nervous system, body temperature, water, and nourishment consumption as also centers for primitive physical and passionate conduct. Activates and controls the piece of the nervous system that controls automatic body functions, similar to sleep regulation and ravenousness stimulation. Pituitary has a foremost projection and a posterior flap. Hormone release from the hypothalamus controls the foremost projection. This hormone influences the tallness. An excess of this hormone in a child results in an overstated bone development, and the person becomes incredibly monster and absence of it stunts a person’s development. Nerve stimulation controls the posterior projection. Its hormone promotes the re-absorption of water by the kidney tubules and helps conserve water for the body. Lacking measure of the same has reverse effects.


Alongside pituitary there is another small cone-shaped structure amplifying posterior from the third ventricle of the brain. It synthesizes a hormone which secretes specifically into the cerebral-spinal liquid from where it goes into the blood. This affects reproductive improvement and every day organic cycles.

  1. Thyroid and Parathyroids: Recognized as the first endocrine organ, it has a shape like a butterfly and is found in the neck. It has two lobes associated by a limited tissue band called isthmus. The two lobes are one on every side of the trachea, just underneath the voice box. The recent is also called as Larynx. These oblige iodine for their synthesis. It produces two hormones. Amid iodine lack, the thyroid is not able to secrete sufficient hormone. In that scenario the front pituitary secretes Thyroid Stimulating Hormone to compensate for the inadequacy.

Parathyroids: These are four small masses of epithelial tissue on the posterior surface of the thyroid glands which secrete hormone which is the most essential controller of blood calcium and phosphate levels thus establishing typical functions of muscles and nerves, stimulates body’s warmth production, metabolism, bone development.

  1. Adrenal: These are twofold glands. These sit over the kidneys. This organ has an external (cortex) and an internal (medulla). Both Cortex and Medulla create from distinctive embryonic tissues and secrete diverse hormones. The adrenal cortex is essential to life, yet the medulla has no life-undermining effects.
  2. Adrenal Cortex: All the Cortical hormones are known as Steroids. It has three distinct regions and every area produces diverse hormones. The outermost district secretes a hormone that acts to conserve sodium ions and water in the body. The center district secretion increases blood glucose levels. The innermost district secretes the sex hormones.
  3. Adrenal Medulla: Particularly amid stressful situations it secretes two hormones, Epinephrine and Nor-epinephrine. In any case, absence of it produces no significant impact.
  4. Pancreas – Islets of Langerhans: This is a soft and long organ posterior to the stomach. At the point when blood sugar fixation is low, alpha cells of the pancreas raise the blood sugar levels. Be that as it may, amid high blood sugar levels, the beta cells of this organ come without hesitation and secrete insulin to take up glucose from the blood thus bringing down blood sugar levels.
  5. Gonads: These are “testes” in the men and “ovaries” in the ladies. Despite the fact that these are responsible for production of sperms in men and ova in ladies yet they also secrete hormones and are in this way endocrine glands. One set of hormones control the advancement, development, and capacity of these organs. While the other set promotes the glandular tissue in female breasts amid pregnancy and after child-conception stimulate milk production.
  6. Testes: These secrete the male sex hormones. Testosterone is the important androgen which testes secrete. Adrenal cortex also secretes it in small amounts. Testosterone takes consideration of the male reproductive structures, development and formative, skeletal and muscular development, broadening of voice box and voice changes, development and distribution of body hair and male sexual commute. This hormone starts creating from the fetal improvement stage and continues for a short time post conception. At that point it almost ceases amid childhood and again resumes at adolescence which is time when we see changes in men.
  7. Ovaries: These twofold organs are the sex glands. These produces egg cells. They also deliver sex hormones which course through blood which offer rise to secondary traits like improvement of breasts. Estrogen and progesterone are the two groups of female sex hormones which ovaries produce. At the onset of adolescence estrogen is responsible for breast advancement, and distribution of fat around hips, legs and breasts as also the reproductive organs like uterus and vagina matures. The part of progesterone is to thicken the uterus coating to plan for pregnancy. Amid the female menstrual cycle both these hormones together assume liability of changes in uterus. There is one more secretion called “affection hormone.” It is responsible for compression of the smooth muscles of the uterus and milk releasing actions from the lactating breast. This hormone which lies in the posterior pituitary is an intense hormone which acts as a neurotransmitter in the brain. It drives up when we embrace, kiss or snuggle and have intercourse. It is an extraordinary hormone that helps concrete relationship of enthusiasm and closeness.