Michael Solis, MBA

Original Research

Effect of Mechanical Debridement and Irrigation With Hypochlorous Acid Wound Management Solution on Methicillin-resistant Staphylococcus aureus Contamination and Healing Deep Dermal Wounds in a Porcine Model

08/03/2021

Jose Valdes , RN;

Joel Gil , BS, MS;

Alexander Higa , MA;

Michael Solis , MBA;

Jie Li , MD, PhD;

Colin Simms , MS;

Stephen C. Davis , BS, MS;

08/03/2021

Wound Management & Prevention

Videos

Antimicrobial Effects of a Novel Hydrogel Combat Gauze on Third-Degree Burns in Porcine Model

05/08/2023

Michael Solis , MBA;

Research associate Michael Solis describes summarizes key points from his poster,“The Antimicrobial and Wound Healing Effects of a Novel Hydrogel Combat Gauze with Copper on Third-Degree Burns Using a Porcine Model,” presented at SAWC spring...

Research associate Michael Solis...

05/08/2023

Wounds

The Effects of an Enzymatic Hydrogel on 3rd Degree Burn Wounds in a Porcine Model

Serious burn injuries result in total loss of skin surfaces that can lead to subsequent infections and delayed healing.1 Patients with unexcised full thickness burns have an increased ris...

Lauren Foulkes ;

Michael Solis , MBA;

Marc Mullin , BSc;

Fergus Watson ;

05/26/2022

Extended Antibacterial Activity of Multi-Action Wound Treatment

Introduction: The aim of the study was to assess the antibacterial activity of a novel multi-action treatment (MAT*) over 24-hour and seven-day periods, reflecting the possible length of ...

Stephen C. Davis , BS, MS;

David Farrar , BSc;

Alexander Higa , MA;

Michael Solis , MBA;

Steven J. Kavros , DPM, MAPWCA, FACCWS;

Phillip Frost ;

05/26/2022

Functional Properties of a Purified Reconstituted Bilayer Matrix Design Support Natural Wound Healing Activities

Background: Advanced biomaterial engineering has produced unique wound care matrices using various tissue sources and processing methods. Source and process may impact the ability of the ...

Stephen C. Davis , BS, MS;

Alexander Higa , MA;

David G. Armstrong , DPM, MD, PhD, MSc;

Michael Solis , MBA;

Phillip Frost ;

05/26/2022

Don’t Stop Me Now: Investigating the Influence of Novel Antimicrobial EPC-373K on Keratinocyte Migration In-Vitro

Introduction: Public health concerns over antibiotic-resistant pathogens has spurred the development of non-traditional antimicrobials. These non-traditional antimicrobials offer advantag...

David Goldsmith , PhD;

Stephen C. Davis , BS, MS;

Irena Pastar , PhD;

Hadar A. Lev-Tov , MD, MAS, MSc;

Carla J. Spina , PhD;

Joel Gil , BS, MS;

Phillip Frost ;

Michael Solis , MBA;

Aurelie Boulzemat , PhD;

Bela Kelety , PhD;

05/26/2022

A Pilot Study On Closed Porcine Incisions Of A Novel Low-cost, Solid-state Npwt Device

This pilot study tested a novel, low-cost-of-manufacture, non-electrical device that uses solid-state oxygen management technology (OxMT) to create and sustain a vacuum in an iNPWT dressi...

John S. Buan , PhD;

Joel Gil , BS, MS;

Robin Martin , PhD, BSc;

Jose Valdes , RN;

Jeffery Ustin , MD, MSc;

AJ Krentz ;

Michael Solis , MBA;

11/23/2020

In-vitro Study Evaluating the Sustained Released Effects of Antimicrobial Products Against Methicillin-resistant Staphylococcus Aureus (MRSA)

Background: Wound matrices are designed to stimulate cell proliferation and new tissue growth. Purpose: This study examines the sustained release of a wound matrix that contain...

Michael Solis , MBA;

Stephen C. Davis , BS, MS;

Alexander Higa , MA;

Joel Gil , BS, MS;

Jose Valdes , RN;

07/29/2019

Effectiveness of Pyruvate Dehydrogenase Enzyme (PDH) in the Dispersion of Established Biofilms of Pseudomonas Aeruginosa (ATCC 27312) Using a Deep Partial Thickness Porcine Wound Model

Background: Pseudomonas aeruginosa (PA) is a gram-negative microorganism with a high capability of forming biofilm. New technologies have been developed to either prevent biofilm fro...

Amber Doiron ;

Joel Gil , BS, MS;

Alexander Higa , MA;

Jose Valdes , RN;

Michael Solis , MBA;

Stephen C. Davis , BS, MS;

James Goodwine ;

Karin Sauer ;

07/29/2019

Evaluation of Cyclic Lipopeptide(s) Formulations on the Proliferation of Methicillin Resistant Staphylococcus Aureus USA300 in a Porcine Deep Partial Thickness Wound Model

Background: Chronic and acute wound infections can be difficult to treat and very costly. Novel broad-spectrum cationic antimicrobial cyclic lipopeptides (CLP) have been designe...

Alexander Higa , MA;

Joel Gil , BS, MS;

Jose Valdes , RN;

Michael Solis , MBA;

Shruti Padhee ;

David Davore ;

Richard Houghton ;

07/29/2019