LL‑37 is a naturally occurring human antimicrobial peptide known for its broad ability to disrupt bacteria, viruses, and fungi while also preventing biofilm formation. It plays a key role in immune modulation by recruiting and directing immune cells and helping maintain balanced inflammatory responses. Research shows LL‑37 supports tissue repair by stimulating cell migration and angiogenesis, contributing to faster wound healing. Early studies suggest it may influence tumor cell behavior and offer vascular‑protective effects, though these areas remain under investigation. Overall, LL‑37 is recognized for its combined antimicrobial, immune‑supportive, and regenerative properties based on preclinical research.
LL‑37 is a naturally occurring human antimicrobial peptide known for its broad ability to disrupt bacteria, viruses, and fungi while also preventing biofilm formation. It plays a key role in immune modulation by recruiting and directing immune cells and helping maintain balanced inflammatory responses. Research shows LL‑37 supports tissue repair by stimulating cell migration and angiogenesis, contributing to faster wound healing. Early studies suggest it may influence tumor cell behavior and offer vascular‑protective effects, though these areas remain under investigation. Overall, LL‑37 is recognized for its combined antimicrobial, immune‑supportive, and regenerative properties based on preclinical research.
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