Clinical Evidence
Microlyte® Matrix Clinical Evidence is a resource for healthcare professionals to explore preclinical, clinical, and review articles discussing the use of Microlyte® Matrix. Below you will find conference abstracts and posters that have been presented on Microlyte® Matrix.
Vape Pen Explosion Burn Wound
Michael Schurr, MD, Sarah Waterman-Manning, MD
Mountain Area Health Education Center; Asheville, NC
A burn from a vape pen explosion showed full re-epithelialization 7 days after a single treatment with Microlyte® Surgical.
Prophylactic Treatment of a Surgical Site Infection in an At-Risk Patient
Michael Schurr, MD, Sarah Waterman-Manning, MD
Mountain Area Health Education Center; Asheville, NC
A surgical wound contaminated with MRSA was treated with Microlyte® Surgical and closed successful in 14days.
Treatment for Full-Thickness Non-Healing Burn Wound
David Humphrey, MD
HCA Mission Hospital, Asheville, NC
Treatment for Contaminated Wound After Pilonidal Cyst Removal
David Humphrey, MD
Mission Hospital, Asheville, NC
Treatment for Chronic Contaminated Wound After Total Thyroidectomy
Thea Price, MD
Rush University Medical Center, Chicago, IL
A post-surgical tracheal abscess was removed and the surgical site was successfully closed using Microlyte® Surgical.
Treatment for Stalled Venous Stasis Ulcer
Marta Ostler, PT, CWS, CLT, CCS, DAPWCA
St. Vincent Healthcare, Billings, MT
Posters
The Use of Absorbable Polyvinyl/Polymeric Microfilm Matrix with Silver in the Treatment of Venous Ulcers: A Pilot Study
Terry Treadwell, MD, FACS
Institute for Advanced Wound Care, Baptist Health, Montgomery, AL
Symposium on Advanced Wound Healing Fall 2019
The Efficacy of a Synthetic Bioresorbable Antimicrobial Matrix as an Implantable Material for At-Risk Surgical Wounds
Dr. Ryan Chatelain, DPM
East Tennessee State University, Johnson City, TN
Symposium on Advanced Wound Healing Spring 2019
Compression is Key: Silver, Elastic Compression Stockinet, and Hyper-absorbent Felt in Direct Contact with VLU Granulation Tissue Reverses Comorbid Inflammation, Pain and Exudate that Delays Effective Compression Therapy
Marta Ostler, PT, CWS, CLT, DAPWCA
St. Vincent Health, Billings, MT
Symposium on Advanced Wound Healing Fall 2019
Use of uniquely adherent silver film (MicroLyte® Matrix) to promote healing of recalcitrant diabetic neuropathic ulcers
Michael S. Miller, DO, FACOS, FAPWh, WCC
Miller Care Group, Indianapolis, IN
Wild on Wounds 2019
Use of a Novel Bioresorbable Wound Matrix Dressing with a Polymeric Coating Containing Nanoparticle Silver in the Treatment of Diabetic Foot and Venous Leg Wounds
Dr. James McGuire
Temple University School of Podiatric Medicine, Philadelphia, PA
Symposium on Advanced Wound Healing Fall 2019
Microlyte® Matrix stimulates wound closure in full-thickness, chronic wound in patient with multiple risk factors for non-healing
Sarah Waterman Manning, MD
Mountain Area Health Education Center
Innovations in Wound Healing 2018
The Use of MicroLyte® Bioresorbable Wound Matrix as a Surgical Implant to Prevent Postoperative Surgical Site Infection
Michael J. Schurr, MD
Mountain Area Health Education Center, Asheville, NC
Innovations in Wound Healing 2018
An Ultrathin Bioresorbable Matrix With Antimicrobial Silver in the Treatment of Chronic Contaminated Wounds
Thea Price, MD
Rush University Medical Center, Chicago, IL
Symposium on Advanced Wound Healing Fall 2018
Effective Antibiofilm Bioresorbable Microfilm Matrix Containing Gallium and Silver
Gaurav Pranami, PHD
University of Wisconsin-Madison, Madison, WI
Wound Healing Society 2018
Microfilm Bioresorbable Matrix Containing Silver Nanoparticles for Cell Growth and Combating Bacteria in Deep Wound Tissue
Gaurav Pranami, PhD
University of Wisconsin-Madison, Madison, WI
American Burn Association 2018
Synthetic Resorbable Antibiofilm Polymeric Wound Matrix Containing Gallium and Silver
Eric Crawford
University of Wisconsin-Madison, Madison, WI
Innovations in Wound Healing 2018
Usage of a fully synthetic bioresorbable antimicrobial matrix containing ionic and metallic silver to treat difficult-to-heal leg ulcers suspected of biofilms
Amelia Beatty, ACNP, CWCN-AP
Duke Health, Durham, North Carolina
Symposium on Advanced Wound Healing Fall 2018