Spice compounds synergize to boost anti-inflammation hundreds of times

Researchers at Tokyo University of Science have discovered that combining common plant compounds from mint, eucalyptus, and chili peppers dramatically enhances their anti-inflammatory effects in immune cells. Certain pairings amplified the response several hundred-fold compared to individual use. The findings, published in the journal Nutrients, suggest potential for new dietary approaches to combat chronic inflammation.

A team led by Professor Gen-ichiro Arimura at Tokyo University of Science tested phytochemicals on murine macrophages, immune cells central to inflammation. The cells were exposed to lipopolysaccharide to mimic infection, then treated with menthol from mint, 1,8-cineole from eucalyptus, capsaicin from chili peppers, and β-eudesmol from hops and ginger, alone or combined. Capsaicin showed the strongest single effect, but synergies emerged in mixtures, Professor Arimura explained: 'When capsaicin and menthol or 1,8-cineole were used together, their anti-inflammatory effect increased several hundred-fold compared to when each compound was used alone.'

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Cryo-EM images illustrating TRPM8 channel activation by cold temperatures and menthol for cooling sensation research.
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Cryo-EM images show how TRPM8 channel senses cold and menthol’s cooling effect

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Scientists have captured detailed structural images of TRPM8—often described as the body’s “cold sensor”—showing how the channel responds to cooling temperatures and to menthol, the compound behind mint’s chill. The work, presented at the 70th Biophysical Society Annual Meeting in San Francisco, helps explain the molecular basis of cool sensations and may aid drug development for conditions including dry eye and pain disorders.

Polyphenols, natural plant compounds acting as antioxidants, help reduce inflammation and support health, according to experts cited in a Vogue article. Registered dietitians recommend incorporating berries, dark chocolate, coffee, artichokes, apples, nuts, seeds, and herbs. These foods provide varying amounts of polyphenols, with benefits linked to disease prevention.

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A recent clinical study shows that HDI Propoelix propolis extract can support the immune system in patients with metabolic disorders such as diabetes, obesity, and hypertension. The 30-day study was conducted at RS Soerojo Magelang and presented at a seminar in Jakarta on March 7, 2026. Experts emphasize that the supplement serves only as a complement, not a replacement for medical therapy.

Researchers have discovered why polyamines, compounds promoted for anti-aging benefits, may also promote cancer growth. The study shows that these molecules activate different proteins in healthy versus cancerous cells, leading to contrasting effects. Led by experts at Tokyo University of Science, the findings were published in the Journal of Biological Chemistry.

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A team led by David Julius, the 2021 Nobel Prize winner in Medicine, has described the molecular mechanism by which intestinal tuft cells signal the brain to suppress appetite during parasitic infections. Published today in Nature, the study identifies communication via acetylcholine and serotonin that activates the vagus nerve. The finding could aid treatments for conditions like irritable bowel syndrome.

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