The Honey Professor
Research in Honey Bioactivity and Biomedical Applications
Dr. Ozturk’s work spans cell and molecular biology, wound healing, microbiology, biochemistry, and honey bioactivity. His recent research and mentoring activity includes student-led investigations into wound healing, antimicrobial activity, honey authenticity, oral health applications, antifungal potential, acne-related pathogens, and biofilm inhibition.
01
Medical Grade Honey
Not all honeys are created equal.
Differences in floral source, chemistry, bioactivity, handling, and testing can strongly influence therapeutic relevance. Medical-grade honey is not simply any raw honey marketed as healthy; it requires a higher standard of scientific and practical consideration, especially when discussed for wound care and infection-related applications.
02
Honey Authenticity
From the hive to the lab: verifying the purity and potency of every drop.
Laying the scientific groundwork for new standards to detect and prevent honey fraud, empowering consumers to make informed choices, and helping identify U.S. honeys with the bioactivity profile required for medical-grade classification.
03
Apitherapy
Apitherapy — the therapeutic use of bee-derived products — is one of humanity's oldest healing traditions, and one of its most scientifically promising frontiers. Our research explores the evidence-based medicinal potential of the full spectrum of hive products, including honey, propolis, bee venom, royal jelly, and bee pollen, with a focus on understanding why they work at the molecular and cellular level.
04
Medicinal Honey Education
Advancing medicinal honey science requires more than research — it requires a new generation of scientists, clinicians, and consumers who understand honey's therapeutic potential and know how to evaluate it critically. Our educational mission is to build that foundation, one student and one community at a time.
