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Cosmetic Peat Association
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Fungal Skin Infections

Skin Conditions
ICD-10: B35-B36 Prevalence: 20–25% of global population affected by dermatophytosis
Also known as: fungal infection, dermatomycosis, tinea, candidiasis
skinscalpfeet
Conventional treatment: Topical antifungals (clotrimazole, terbinafine), oral antifungals for severe cases

Fungal skin infections (dermatomycosis) include dermatophytosis (ringworm, athlete’s foot), candidal infections, and Malassezia-related conditions. They are among the most common infectious diseases worldwide.

Relevance to Peat Therapy

Peat’s antifungal activity derives from multiple compounds — humic acids, phenolics, tannins — and its acidic pH which discourages fungal growth. While not a replacement for targeted antifungal medications in active infections, peat’s antimicrobial environment may help prevent recurrence and support treatment of mild fungal conditions.

Evidence Landscape

In-vitro antifungal activity of humic acid preparations has been demonstrated. Clinical evidence for peat in treating specific fungal infections is very limited. The traditional use of peat baths in spa settings where athlete’s foot and skin infections were common provides indirect historical support. This is an area with potential for research but current evidence is preliminary.

How Does Peat Help?

The biological mechanisms through which peat addresses this condition.

Treatment Options

Peat Foot Soak

Evidence & Claims

treats foot-soak (preliminary)

Peat foot soaks create antifungal environment (acidic pH + antimicrobial compounds) for athlete's foot

van-rensburg-2000 — Oxifulvic acid active against C. albicans — demonstrates FA antifungal capacity
wollina-2009 — Review: antifungal activity of humic substances
treats soap (preliminary)

Peat soap for antifungal cleansing of affected skin areas

ansorg-1978 — HA antimicrobial spectrum including antifungal activity
treats cream (preliminary)

Peat cream as maintenance to prevent fungal recurrence after treatment

blonska-sikora-2024 — Review: peat antimicrobial and pH properties in cosmetological applications