Overview
Adenylyl cyclase signaling is an important process for the transmission of cellular signals into the cell. It works by converting a signal molecule, usually a hormone or neurotransmitter, into a molecule called cyclic adenosine monophosphate (cAMP). This second molecule then activates proteins in the cell, causing changes in the cell’s activity. This cascading process is essential for a variety of functions that occur in the body, including regulating gene expression, controlling inflammation, and growing new cells. Additionally, adenylyl cyclase signaling is important in neurological development, cardiovascular function, and metabolism. As such, it has been heavily studied, and the findings have led to a better understanding of many complex diseases and their treatments.