What is neuroendocrinology?

neuroendocrinology involves studying the way the nervous system interacts with the hormone or endocrine system. One goal is to find ways of treating diseases related to this interaction. Another goal is to find ways to better regulate this interaction in humans and other animals. The nervous system uses nerves to carry information around the body, and most of all bears instructions from brain to muscles. The endocrine system carries information mainly through the blood system. He uses hormones to manage activity such as growth, puberty and metabolism. The catalyst of neuroendocrinology, which has become an established subject, hormones, is controlled by a hypothalamus. This meant that there had to be a connection between the nervous system and the endocrine system.

The physical bond between the two systems lies between the hypothalamus and the anterior pituitary. The first is a small part of the brain that is part of the nervous system. It is a gland located on the bottom of the brain and is part of the endocrine system. Both are connected through the wayYour blood vessel system known as the pituitary portal system.

The most important discovery of neuroendocrinology is that some hormones are produced by the hypothalamus itself than from a glands, such as pituitary gland. This discovery allowed scientists to explore various explanations on how the brain regulates activity such as growth. This also meant that they could develop drugs that were better aimed at restoring or stimulating these hormones.

There are many areas in which neuroendocrinology has helped medical research. For example, some scientists believe that the behavior of fatty tissue may not only be controlled by the hormones of the endocrine system. They believe that it can be influenced by ignorant also sent through the hypothalamus. Since people who eat and practice in increasingly irregular or unconventional times affect the feeling of brain rhythm, the hypothalamus can also produce hormones thatThey affect fat tissue. Although it is only a theory, it shows how neuroendocrinology can cause different explanations of the way the interaction between the nervous system and hormones affects the body.

neuroendocrinology has also helped to better diagnose disease changes. For example, a disease known as Hashimoto's thyroiditis includes antibodies attacking thyroid gland. A variant known as Hashimota encephalopathy includes antibodies WHICH also attacks neurons in the brain. The study of neuroendocrinology facilitated scientists with the distinction between the two diseases, as well as between Hashimoto's encephalopathy and other neuron diseases.