XT100

Experimental investigations have demonstrated that the peptide enhances the association between these two ion channels, thereby inhibiting TRPA1-mediated signalling through a TRPV1-dependent mechanism. This unique mode of action has made T100-Mut a valuable experimental probe for studying receptor complex formation, ion channel modulation, and pain signalling pathways in laboratory models. Research has shown that the peptide reduces TRPA1-mediated calcium influx and attenuates pain-related behaviours in experimental models, supporting its utility as a mechanistic research tool for ion channel biology and sensory neuroscience. 

Ongoing studies seek to better understand how modulating ion channel complexes influences nociceptive signalling, neurogenic inflammation, and sensory physiology, while exploring their broader applications in pain research and ion channel biology.