What are neuroendocrine cells?

neuroendocrine cells, also known as cell neurosecretors, are specialized neurons that respond to signals from other neurons by releasing hormones into the blood. After receiving the nerve signal, most neurons transfer electrical signals to other neurons or specific parts of the body. Neuroendocrine cells differ because they release chemical signals in the form of hormones to send information throughout the body. These specialized cells are important because, as their name suggests, they combine the nervous system and the endocrine system. The nervous system sends electrical signals to certain parts of the body for sensory communication and engine control, while the endocrine system is composed of many glands that release hormones into the blood for control purposes.

Hypothalamus, a small but very important part of the brain, is one of the primary points of neuroendocrine activity in the body. Different parts of the hypothalamus respond to electrical chemical signals and react in a wide range of ways by sending other chemical orelectrical signals. The hypotoric gland and the important endocrine gland responsible for the release of many important hormones are associated with the hypothalamus. Hypothalamus contains many neuroendocrine cells that release important regulatory chemicals into the blood. Some of these chemicals actually regulate endocrine activity of the pituitary itself.

Implementation that many chemicals that are released into the blood through the endocrine system are controlled by the brain and the nervous system has led to the formation of neuroendocrinology fields. Neuroendocrinology is a field of study of neuroendocrine cells and all interactions between the endocrine system and the nervous system. Increased understanding of these interactions has led to further completion of both systems. This is important because there are many different diseases and disorders related to both systems and interactions between them.

There are, for example, several differentCancer types that affect neuroendocrine cells in the neuroendocrine system. Uncontrolled cell division caused by cancer can cause neuroendocrine cells to release hormones without plan or centralized control. This uncontrolled release of signaling chemicals suits the chemical balance of the body into a state of clutter, causing many unpleasant symptoms. Such tumors can cause weight loss or weight loss, mood swings, digestive or excretory problems or many other problems. Many different processes in the body are alleviated by the right chemical balance, so uncontrolled release can cause a huge amount of problems.