Neuroanatomy of Bladder Pain

AbstractPurpose of ReviewIn this review, we summarize the most recent literature on neurobiology of bladder pain in a systematic fashion starting with end organ, peripheral nervous system, the spinal cord, and ending with the brain. Special attention is dedicated to pain processing in patients with spinal cord injury.Recent FindingsChronic bladder pain is not an isolated entity and is in fact a result of a complex interaction between the end organ, surrounding structures, and peripheral and central nervous system. The afferent fibers collecting the information from the bladder urothelium and mucosa are a very diverse population and respond not only to stretch but also to noxious and chemical signaling. Neuroinflammation appears to be central to the process of sensitization. Imaging and molecular evidence is emerging noting actual alterations in signaling pathways and neuroanatomy in patients with chronic pelvic pain beyond the end organ.SummaryTremendous progress has been made to better understand the complex pathophysiology of bladder pain on a molecular and neuroanatomic level. Ideally, this information can be utilized to better identify specific and individualized intervention targets for patients with chronic bladder pain.
Source: Current Bladder Dysfunction Reports - Category: Urology & Nephrology Source Type: research