INBAR + CO. COOLING RELIEF GEL
INBAR + CO.'s lightweight Cooling Relief Gel targets TRP channels, key players in pain perception, to soothe muscle soreness and overexertion. Drawing inspiration from traditional Chinese DIT DA JOW, it blends menthol with arnica and horse chestnut for effective, natural relief. The gel’s essential oil mix—featuring ginger, Siberian fir, orange, lavender, and cajeput—provides a fresh, uplifting scent while engaging multiple sensory pathways to enhance comfort and recovery. Expertly formulated for those seeking a refined approach to managing muscle discomfort.
HOW MENTHOL effects these molecular sensors
- ACTIVATION - Menthol, the compound found in peppermint, is a potent activator of TRPM8, a cold-sensitive TRP channel.
- COUNTER-IRRITATION - The initial cooling sensation of menthol can distract the brain from the underlying pain, providing temporary relief.
- PAIN MODULATION - Menthol may have additional analgesic effects by regulating the activity of other TRP channels and by influencing the release of neurotransmitters involved in the pain pathways.
INBAR + CO. COOLING RELIEF GEL
INBAR + CO.'s lightweight Cooling Relief Gel targets TRP channels, key players in pain perception, to soothe muscle soreness and overexertion. Drawing inspiration from traditional Chinese DIT DA JOW, it blends menthol with arnica and horse chestnut for effective, natural relief. The gel’s essential oil mix—featuring ginger, Siberian fir, orange, lavender, and cajeput—provides a fresh, uplifting scent while engaging multiple sensory pathways to enhance comfort and recovery. Expertly formulated for those seeking a refined approach to managing muscle discomfort.
HOW MENTHOL effects these molecular sensors
- ACTIVATION - Menthol, the compound found in peppermint, is a potent activator of TRPM8, a cold-sensitive TRP channel.
- COUNTER-IRRITATION - The initial cooling sensation of menthol can distract the brain from the underlying pain, providing temporary relief.
- PAIN MODULATION - Menthol may have additional analgesic effects by regulating the activity of other TRP channels and by influencing the release of neurotransmitters involved in the pain pathways.
