Author: Kongdy Patch
Date: 02 19,2024
Time-release transdermal pain patches maintain consistent drug levels in the bloodstream for days without repeated dosing. Pain Relief Patches like Lidoderm for post-herpetic neuralgia demonstrate the potential. R&D is focused on novel extended-release materials like KinetiSol for oxybutynin patches to improve adhesion and efficacy. Smart patches with microneedles, microfluidics and printed sensors offer even more customization.
As topical NSAID options like diclofenac have become mainstays, research is uncovering additional compounds effective on peripheral pain. The TRPV1 antagonist Qutenza has a unique method of blocking pain signal transmission. Triple-combination analgesics target multiple pathways. Cannabidiol and capsaicin creams harness natural pain-soothing compounds.
Oral opioids have risks of dependency and accidental overdose. Topical analgesics allow precise dosing to the local area of pain non-systemically. Patches also avoid GI ulcers and bleeding associated with NSAID pills. However, patients should still be monitored for potential effects like skin irritation, numbness and rashes.
Beyond medications, electric nerve stimulation patches like Quell leverage micro-currents to block pain signal transmission. Acupressure, menthol and capsaicin patches work mechanically, enhancing circulation. Even virtual reality patches are emerging to distract the brain’s perception of pain. Multi-modal topicals will increasingly complement pain pills.
With diverse offerings and delivery methods, the topical pain relief market is poised for steady growth as patients seek alternatives to traditional oral analgesics. More competition can spur innovation toward safer, more effective patches. As trends favor non-addictive and non-pharmacological options, external analgesics are primed to gain traction.