Altogen Biosystems In Vitro Chromaffin Transfection Tutorial скачать в хорошем качестве

Altogen Biosystems In Vitro Chromaffin Transfection Tutorial

Chromaffin cells can be found in mammalian adrenal glands’ medulla. Chromaffin cells have varying functions which include carbon dioxide and oxygen level monitoring, stress response and blood pressure regulation. Chromaffin cells are related closely to the nervous system and are derived from the neural crest. Chromaffin cells secret a range of bioactive substances in the bloodstream which include noradrenaline and adrenaline, among other hormones. Generally speaking, adrenal glands are part of the endocrine system and are responsible for regulating the body response to stress stimuli by releasing hormones into the bloodstream. The medulla is the central region of adrenal glands where hormone synthesis and secretion happens. Neuroendocrine cells respond to nerve signals and release hormones based on the stimulus; this is how chromaffin cells are responsible for the fight or flight response. The chromaffin cell line originates from human chromaffin cultures from the sympathetic nervous system. Chromaffin cells are so named for their affinity for chromatin stain. The chromaffin cell model has been used in a variety of stem cell research, clinical transplantation, and other cell/molecular biology studies. Altogen Biosystems’ nanoparticle-based customized chromaffin transfection kits exhibit low toxicity, high sensitivity, and can be found at: https://altogen.com/product/chromaffi...