Joel Gil, BS, MS

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

TWO Negative Pressure Wound Therapy (NPWT) System Abilities are Compared for Accurate Pressure Delivery and Efficient Fluid Removal, Is there a Difference?

INTRODUCTION: Negative pressure wound therapy (NPWT) systems must have certain technical capabilities to effectively deliver therapy. The International Consensus Review for NPWT Systems, ...

Jie Li , MD, PhD;

Joel Gil , BS, MS;

Alexander Higa , MA;

Rey V. Paglinawan , BS;

Aurelie Boulzemat , PhD;

Stephen C. Davis , BS, MS;

Bela Kelety , PhD;

David Goldsmith , PhD;

05/26/2022

Evaluation of a Novel Peptide-Based Dressing on Infected Wounds with Pseudomonas aeruginosa Using a Partial Thickness Porcine Wound Model

Antimicrobial peptides are well-known for their antimicrobial and antibiofilm properties in vitro, however their efficacy in vivo is limited. 1 The goal of this study was to determine the...

Vida Maksimoska ;

Johanny Notarandrea-Alfonzo , BSc;

Joel Gil , BS, MS;

Katalin Szaszi , PhD;

Roderick Precht ;

Katrina Vizely , MSc;

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

Effects of a Novel Non-Biologic Desiccant to Remove Bacteria Using a Deep Dermal Wound Porcine Model

Debridement plays a critical role in wound bed preparation and management. In addition to removing necrotic tissue, debridement can eliminate bacteria that are frequently harbored within...

Kimberly Jaskula , MS;

Noushin Akhoundsadegh , MS;

Elizabeth J. Bevels , BS ;

Joel Gil , BS, MS;

Robert Hancock , PhD;

Evan Haney , PhD;

05/26/2022

Determination of the Debridement Effects of an Enzymatic Hydrogel on Deep Dermal Wounds using a Porcine Model

Establishing and maintaining a pathogen-free environment of acute and chronic wounds is vital for optimum healing.1-4 One of the first steps in preventing biofilm consists of debriding th...

Joel Gil , BS, MS;

Nina Bionda , PhD;

Stephen C. Davis , BS, MS;

Mehmet Ozturk , PhD;

Tricia Conti , MS;

Kimberly Jaskula , MS;

Sara Ryan , BS;

Alexander Higa , MA;

Jillian Patterson , BS;

05/26/2022

Effects of a Self-Assembling Peptide on Full-Thickness Wound Healing in a Porcine Model

Reduction of blood loss from patients is one of the most important considerations during surgical procedures, especially during emergency events.1-2¬† A new composition that provides impr...

Joel Gil , BS, MS;

02/01/2021

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