Multi-Mechanism Science
Technology designed for complex infections
A multi-target approach to infection management
SPORASTAT combines four complementary mechanisms designed to address the multiple factors commonly involved in skin and nail conditions.
Broad-Spectrum Antifungal
Provides broad-spectrum activity against dermatophytes, commonly associated with skin and nail infections.
anti-yeast
Targets yeast, including Candida species, by disrupting fungal cell membrane synthesis.
Antibacterial
Helps inhibit bacterial protein synthesis to reduce bacterial burden and support management of mixed infections.
anti-Inflammatory
Helps calm redness, itching, and irritation while supporting the skin's natural healing process.
Complementary active ingredients
Each active ingredient contributes through a distinct biological mechanism, providing broader coverage than single-target therapies.
Mupirocin
Inhibits bacterial protein synthesis; antibacterial against Staph/Strep including MRSA/MSSA.
Clotrimazole
Inhibits lanosterol 14α-demethylase (4–6+ weeks).
Terbinafine
Inhibits squalene epoxidase (4+ weeks).
Hydrocortisone
Anti-inflammatory, reduces erythema, edema, itching; used for eczema, contact dermatitis, insect bites, poison ivy, inflammation.
Coverage across the entire fungal lifecycle
SPORASTAT combines complementary antifungal agents that act at different stages of fungal development, helping address both growth prevention and fungal elimination.
Protein synthesis inhibition
Ergosterol pathway disruption
Dual antifungal activity
Inflammation control
Coverage across the entire fungal lifecycle
SPORASTAT combines complementary antifungal agents that act at different stages of fungal development, helping address both growth prevention and fungal elimination.
Stages
Spores
Adhesion
Germination
Hyphal Growth
Colonization
Maturation
Fungistatic
Clotrimazole
Prevents spore adhesion
Inhibits early cell growth
Stops germ tube formation
Disrupts hyphal extension
Limits colony establishment
Reduces spore production
Fungicidal
Terbinafine
Compromises cell membrane
Disrupts cell integrity
Leads to cell death
Kills growing hyphae
Eradicates established cells
Prevents new growth
