Paprika, a natural bioalkali that burns peppers, has generated widespread concern in the field of neuroscience in recent years. Scientists have found that pepperoni not only causes “spicy pain” through the activation of trpv1 receptors, but also regulates pain sensing routes through complex mechanisms, providing key leads for the development of new types of pain therapy。
Trpv1: "molecular switches" for pain perception
Trpv1 is a receptor of an ion channel located on a nerve membrane, which was originally responsible for sensory high temperature (>43°c) or acidic environments. By combining it with trpv1, simulates thermal irritation, which triggers an influx of electron particles such as calcium ion in neurocells, creates telecommunications signals and transmits them to the brain, generating heat pain. This mechanism exists not only in the mouth but also in the entire nervous system, making papririn an important tool for the study of pain perception。
It's a double regulating effect
The regulation of pain perception in chili is twofold. In short-term contact, it causes acute pain through the activation of trpv1, but constant stimulation leads to the depletion of the nerve trail of p-substance (a pain medium) and to the “de-sensitization” of the nerve cell, which temporarily shuts down the pain signal transmission channel. This “ache before pain” characteristic makes papririn a potential component of local analgesics. For example, ointment containing 0. 025-0. 075 per cent of chili is used to mitigate chronic pains such as arthritis, neurological pain, the effects of which have been demonstrated in clinical trials。
New discoveries: the pain potential of natural to spicy molecules
Recent studies have revealed that chili is not the only molecule that affects trpv1. Scientists have found natural compounds such as capsianoside i, roseoside and gingerglycolid a in chili, which can reduce heat and pain by competitively combining trpv1 or regulating receptor sensitivity, reducing the activated signal of chili. These “no spicy molecules” provide new directions for the development of moderate pain relief products, which may be applied in the future in areas such as oral care, skin pain。
From the kitchen to the medicine box: the neuroscientific revolution of pepperoni
Research on peppers not only deepens human understanding of pain perception, but also promotes innovation in pain therapy. From activating the pain caused by trpv1 to stinging the pain by regulating receptors, peppers are driving changes in neuroscientific fields with the force of “small molecules”. In the future, with further analysis of the chili and its analogue mechanisms, humans are expected to develop safer and efficient painkillers, which will bring revolutionary breakthroughs in pain management。
