Sixteen Poster Abstracts Reporting The Clinical Effectiveness And Healing Results Of MiMedx Allografts To Be Presented At Desert Foot Conference
Published: Nov 17, 2015
MARIETTA, Ga., Nov. 16, 2015 /PRNewswire/ -- MiMedx Group, Inc. (NASDAQ: MDXG), the leading regenerative medicine company utilizing human amniotic tissue and patent-protected processes to develop and market advanced products and therapies for the Wound Care, Surgical, Orthopedic, Spine, Sports Medicine, Ophthalmic, and the Dental sectors of healthcare, announced today that 16 poster abstracts chronicling the clinical and cost effectiveness and the accelerated healing results of the Company's dehydrated human amnion/chorion membrane (dHACM) allografts will be presented at the 12th Annual Desert Foot High Risk Diabetic Foot Conference in Phoenix, Arizona, beginning November 18, 2015, and concluding on November 20, 2015.
Parker H. "Pete" Petit, MiMedx Chairman and CEO, said, "The Desert Foot conference is dedicated to the research and treatment of diabetic foot disorders and lower extremity wounds and surgical applications. In its annual conference, Desert Foot also honors our Federal Services healthcare professionals and the remarkable work they do. MiMedx is extremely proud to be the Grand Sponsor of this year's conference."
MiMedx will also host a symposium presentation entitled, "Clinical Efficacy of EpiFix® and AmnioFix® dehydrated human amnion/chorion membrane allografts in Surgical and Wound Care Applications." The symposium will be presented by Christian Bianchi, MD, and Jeffrey Frenchman, DPM, on November 18th from 8:40 AM until 9:25 AM. Drs. Bianchi and Frenchman are noted Key Opinion Leaders and they will speak on their professional experiences using MiMedx dHACM allografts in the treatment of difficult and extreme wounds. MiMedx will also host a hands-on workshop entitled "Surgical and Wound Care Applications of EpiFix and AmnioFix." Key Opinion Leaders Patrick Agnew, DPM, Joseph Terebessy, DPM, Laura Heath, DPM, and Matthew Garoufalis, DPM, will present their professional experiences using MiMedx dHACM allografts in the treatment of chronic and complex wounds. The workshop will be presented on November 19th from 10:15 AM until 1:15 PM.
The 16 poster abstracts present compelling evidence of the clinical effectiveness and the vastly accelerated healing using MiMedx EpiFix and AmnioFix dHACM allografts in the treatment of chronic wounds, difficult lower extremity wounds that have failed prior wound treatment modalities, challenging surgical wounds, wounds threatening the loss of limbs, and other hard-to-heal wounds. The abstracts describe the results of independent case studies undertaken by the presenters. The abstracts include the following:
"Retrospective Analysis of 104 Chronic Wounds Healed with Dehydrated Human Amnion/Chorion Membrane Allografts in the VA Setting Over a 2 Year Period" authored by Joseph Terebessy, DPM.
"Use of dHACM to Heal Second Degree Burn in a Diabetic/Neuropathic Veteran with prior Below Knee Amputation", authored by Karen Lorne, FNP and Philip Varca, DPM.
"The Use of Delayed Primary Closure and dHACM in Complex Diabetic Foot Wounds: A Retrospective Case Study" authored by Zakia Sultana, DPM and E. Mawusi, DPM.
"The Use of Dehydrated Human Amnion/Chorion Membrane (dHACM) Allografts to Expedite Healing in Patients with Six Major Types of Refractory Non-Healing Wounds: 117 Cases", authored by Darshan Nagesh, DPM; Patrick Sanchez, DPM; Robin Lenz, DPM; Hannah Park, DPM; Sarah Park, DPM; Jake Ruff, DPM; Anna Tien, DPM; Justin Goldsmith, DPM; Andrea Seat, DPM.
"The Use of Dehydrated Human Amnion/Chorion Membrane for the Treatment of Hallux Limitus in a Diabetic Patient: A Case Study", authored by Katie Kovacich-Smith, DPM.
"Healing of Chronic Lower Extremity Wounds Utilizing a 4-Week Assessment of Healing to Initiate Treatment with Appropriate Sized dHACM and Subsequently Achieve Healing in a Veteran Patient Population", authored by Anna Tien, DPM; Justin Goldsmith, DPM; Patrick Sanchez, DPM; Jake Ruff, DPM; Robin Lenz, DPM; Andrea Seat, DPM; Hannah Park, DPM; Darshan Nagesh, DPM; Sarah Park, DPM.
"The Use of Dehydrated Human Amnion/Chorion Membrane to Treat a Large Dorsal Wound with Exposed Tendons and Deep Tracking: A Retrospective Case Study Review of One Patient in a VA Setting", authored by Gregory Rifleman, DPM .
"A Prospective, Randomized, Controlled, Multi-Center Comparative Effectiveness Study of Healing Using Dehydrated Human Amnion/Chorion Membrane Allograft, Bioengineered Skin Substitute, or Standard of Care for Treatment of Chronic Diabetic Lower Extremity Ulcers", authored by Charles M. Zelen, DPM, FACFAS; Thomas E. Serena, MD, FACS; Lisa Gould, MD, PhD; Jennifer Keller, DPM; Marissa J. Carter, PhD, MA; William W. Li, MD .
"A Prospective, Randomized, Blinded, Comparative Study of Injectable Micronized Dehydrated Amnion/Chorion Membrane Allograft in the Treatment of Recalcitrant Plantar Fasciitis", authored by Charles Zelen, DPM; Attila Poka, MD; James Andrews, MD.
"Chronic and Refractory Plantar Fasciitis Treatment with Single-Dose Dehydrated Amniotic Allograft Injection", authored by Myron Hansen, Dr. Joseph Anderson.
"An Innovative Dehydrated Human Amnion/Chorion Membrane Application Technique for Large VLUs: A Case Series", authored by Patrick J. Sanchez, DPM; Robin C. Lenz, DPM; Darshan Nagesh, DPM; Hannah K. Park, DPM; Jake Ruff, DPM; Sarah Park, DPM; Justin Goldsmith, DPM; Anna Tien, DPM; Andrea Seat, DPM Matthew Garoufalis, DPM , FASPS, FACFAOM, CWS
"Dehydrated Human Amnion/Chorion Membrane Regulates Stem Cell Activity In Vitro", authored by Michelle Massee, Kathryn Chinn, Jennifer Lei, Jeremy J. Lim, Conan S. Young, PhD, Thomas J. Koob.
"Type I and II Diabetic Adipose Derived Stem Cells Respond In Vitro to Dehydrated Human Amnion/Chorion Membrane Allograft Treatment by Increasing Proliferation, Migration, and Altering Cytokine Secretion", authored by Michelle Massee, Kathryn Chinn, Jeremy J. Lim, Lisa Godwin, Conan S. Young, Thomas J. Koob.
"Efficacy of Combining dHACM Micronized and Graft in Chronic Lower Extremity Wounds", authored by Linda Alexander, DPM; Matthew Pfeiffer, ARNP-BC, MSN; Lisa Marie Harmon, ANP-BC, MSN.
"Application of Dehydrated Human Amnion/Chorion Membrane Allograft to Promote Healing of Recalcitrant Wounds in 45 Patients", authored by Laura Heath, DPM; Robert Frykberg, DPM, MPH; Edward Tierney, DPM; Jaminelli Banks, DPM; Arthur Tallis, DPM
"AmnioFix® in the Treatment of Plantar Fasciitis at Orlando VAMC", authored by Kristen Kelly, DPM, Howard Green, DPM, Mark Krause, DPM, Lisa Panariello, DPM, Robert D. Phillips, DPM,
Desert Foot is the premier Veterans Administration (VA) educational conference for lower extremity / diabetic foot research and treatment with nearly 500 physicians pre-registered to attend this year's conference. The 2015 conference will highlight 58 podium presentations and 110 posters.
MiMedx is exhibiting at the conference in booths #24 and #25.
EpiFix is a human amniotic allograft tissue offering uniquely processed through the Company's proprietary PURION® Process. EpiFix dHACM modulates inflammation and reduces scar tissue formation for enhanced healing. With a variety of sizes available, EpiFix minimizes graft waste. EpiFix is a minimally manipulated, dehydrated non-variable cellular amniotic membrane allograft that preserves and delivers multiple extracellular matrix proteins, growth factors, cytokines and other specialty proteins present in amniotic tissue. The Company's PURION Process combines cleaning, dehydration and sterilization, making EpiFix a safe, sterilized tissue that may be stored at ambient conditions for up to 5 years.
AmnioFix is a composite amniotic tissue membrane minimally manipulated to protect the collagen matrix and its natural properties. AmnioFix reduces scar tissue formation, modulates inflammation in the surgical site, enhances healing and acts as a barrier. AmnioFix is processed through the proprietary PURION Process that combines cleaning, dehydration and sterilization, and it may be stored at ambient conditions for up to 5 years. The proprietary PURION Process protects the delicate scaffold during processing, leaving an intact collagen matrix. The result is a durable graft with natural barrier properties to optimize surgical performance and ease of use. AmnioFix is available in sheet/membrane, particulate, and wrap configurations.
MiMedx® is an integrated developer, processor and marketer of patent protected and proprietary regenerative biomaterial products and bioimplants processed from human amniotic membrane and other birth tissues. "Innovations in Regenerative Biomaterials" is the framework behind our mission to give physicians products and tissues to help the body heal itself. Our biomaterial platform technologies are AmnioFix®, EpiFix®, CollaFix and OrthoFlo. AmnioFix and EpiFix are our tissue technologies processed from human amniotic membrane derived from donated placentas. Through our donor program, a mother delivering via scheduled full-term Caesarean section birth can elect in advance of delivery to donate the placenta in lieu of having it discarded as medical waste. We process the human amniotic membrane utilizing our proprietary PURION® Process, to produce a safe and effective implant. MiMedx is the leading supplier of amniotic tissue, having supplied over 500,000 allografts to date for application in the Wound Care, Surgical, Orthopedic, Spine, Sports Medicine, Ophthalmic and Dental sectors of healthcare. The Company has recently introduced OrthoFlo, an amniotic fluid derived allograft for homologous use. Amniotic fluid is donated by consenting mothers delivering healthy babies by scheduled full-term Caesarean section births. CollaFix, our next technology platform we plan to commercialize, is our collagen fiber technology, developed with our patented cross-linking polymers, designed to mimic the natural composition, structure and mechanical properties of musculoskeletal tissues in order to augment their repair. CollaFix is the only biological, biodegradable, biomimetic technology that matches human tendon in strength and stiffness.
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SOURCE MiMedx Group, Inc.