Close

The Science Behind ManukaMed for Effective Wound Care Treatments

Bioactive and Consistent Honey Product

“Some of the benefits my patients receive when using Manuka honey include decreased biofilm, decreased pain, decreased time to heal and decreased infection – which all adds up to a great wound dressing.”

Stephen Bergquist, MD, CWSP
Jackson-Madison County Hospital
Jackson, Tennessee

Clinicians struggle to find reliable, effective advanced treatment options for the more than 7 million patients in need of wound care treatment – many of whom are also suffering from complex, comorbid diseases and are at risk of lower extremity amputation.

In response to the surprising variation in wound care clinical processes and lack of proven best practices, ManukaMed is committed to sharing its scientifically proven solutions for healing wounds, even in their most complex stages, around the world.

ManukaMed’s unique healing properties.

  • Faster, better healing
  • Decreased biofilm
  • Increased plasmin activity
  • Decreased pH level in wound bed
  • 100% safe, no cytotoxicity
Contraindications: Patients with known sensitivity to honey.
Precautions: Temporary increased pain, stinging due to osmotic action and/or low pH of honey.

ManukaMed offers consistent increased plasmin activity by inhibiting plasminogen activator inhibitor (LAI), which digests the fibrin clot, loosening slough and necrotic tissue attached to the wound bed. Osmotic action draws lymph fluid into the wound, further assisting to loosen debris and necrotic tissue for easy removal.2

ManukaMed Promotes Lower pH in Wound Bed, Optimal for Wound Healing

Higher MGO concentration in medical grade honey wound care products promotes faster, better healing in wound beds, requiring a lower pH level for optimizing the healing process.

ManukaMed Increases Plasmin Activity and Osmotic Action for Autolytic Debridement

ManukaMed brand honey is tested and certified by an accredited laboratory under the ISO 17025:2005 standard.

Through ManukaMed’s rigorous lab production standards, our patented blend of medical grade honey promotes unparalleled chemical synergies for lowering pH and is scientifically proven to have superior, consistent wound healing properties. Impregnated into the super absorbent gelling fiber of our wound dressings, our products demonstrate faster, better results, setting ManukaMed apart from traditional products and leading to thousands of clinical success stories around the world. ManukaMed researchers and scientists work closely with board certified physicians and wound healing specialists to help advance and standardize clinical protocols for the use of our wound care products.

The Power of Manuka Medical Grade Honey

Founding father of Manuka honey science Dr. Peter Molan reported the efficacy of Manuka honey in wound healing across 17 randomized controlled trials involving 1,965 patients. In addition, Molan’s body of research includes positive findings from five clinical trials, 10 multiple case studies, 35 single case studies and 16 animal trials. The evidence continues to grow as increasing numbers of patients dealing with non-healing wounds are responding to ManukaMed products who have not responded to traditional products.

According to Molan Gold Standard (MGS), ManukaMed demonstrated the highest MGS levels and the lower pH in the wound bed compared with other commercial Manuka honey products. Medical grade honey requires a 10+ MGS. Optimal pH levels in the wound bed range from 3.5-4.2.1

Shop our complete line of wound care solutions, including salves, dressings, and covers that are perfect for pressure ulcers, venous ulcers, and much more.

Shop our complete line of wound care solutions, perfect for venous ulcers, pressure ulcers, and much more.

 

https://shop.manukamed.com/collections/salves https://shop.manukamed.com/collections/dressings

  

 


1Gethin, G, Cowman, S and Conroy, R, The impact of Manuka honey dressings on the surface pH of chronic wounds. International Wound Journal, 2008. 5(2): p. 185-194
2 P. Molan; International Journal of Lower Extremity Wounds, 5(1) 2006