Recovery starts with APIS®

APIS® is a bioengineered wound product that delivers biologic-like performance* that’s easy to use and designed for today’s reimbursement landscape. It’s the first to combine a collagen derivative, Mānuka honey and hydroxyapatite in a simple, all-in-one sheet - applied by clinicians and comfortable for patients. APIS® is FDA-cleared with established HCPCS, A2010, APIS.

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1. Rodriguez et al. Novel bioengineered collagen + Manuka honey + hydroxyapatite sheet for the treatment of lower extremity chronic wounds in an urban hospital wound care setting. 2023.

2. Rodriguez et al. Preliminary clinical evaluation of a novel bioengineered wound product: A focus on the management of lower extremity ulcers. 2020.

3. McMurray et al. Use of a Novel Biomaterial to Enhance Secondary Intention Healing. 2021.

4. Arnaud et al. Novel Biomaterial Containing Gelatin, Manuka Honey, and Hydroxyapatite Enhanced Secondary Intention Healing Versus Standard Secondary Intention Healing in Mohs Surgical Defects on the Head and Distal Lower Extremities-A Randomized Controlled Trial: Pilot Study. 2023.

5. Williams et al. A novel bioengineered wound product with in vitro capabilities to reduce bacteria. 2021.

6. Rodriguez et al. Microenvironment influence of a novel bioengineered wound product APIS®: An in vitro analysis of inflammatory marker and growth factor secretion. 2021.

7. Rodriguez et al. A Preliminary Direct Comparison of the Inflammatory Reduction and Growth Factor Production Capabilities of Three Commercially Available Wound Products: Collagen Sheet, Manuka Honey Sheet, and a Novel Bioengineered Collagen Derivative + Manuka Honey + Hydroxyapatite Sheet. 2022.

8. Dantas et al. 2011; Li et al. 2014; Pezeshki-Modaress et al. 2014; Pezeshki-Modaress et al. 2015

9. Sell et al. 2012; Afrin et al. 2018; Johnston et al. 2018; Minden-Birkenmaier et al. 2018

10. Okabayashi et al. 2009; Majeed et al. 2012; Kawai et al. 2011; Weilin et al. 2016; Tommila et al.2008; Vilardell et al. 2016; Rodriguez et al. 2013 & 2016

* Based on clinical and in vitro data; claims have not been cleared by the FDA. Faster wound closure reported in slower healing and chronic wounds compared to standard of care.

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