Marc Mullin, BSc

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...
05/26/2022
Characterization of the Amnion, Chorionic Membrane, and Trophoblast Layers of a Decellularized, Freeze-Dried Placental Membrane for Wound Care Application
Introduction: Placental membranes have been successfully used for chronic wound treatment. Placental membrane contains three major, distinct layers: the amniotic membrane (AM), the chorio...
05/26/2022
Evaluation of the efficacy of an iodine based wound dressing against biofilms using confocal scanning laser microscopy when in direct contact and when in an artificial wound eschar model
Biofilms form when bacterial cells aggregate with each other and on surfaces and secrete extracellular polymeric substances, encasing the cells in a matrix. Biofilms can form when wounds ...
08/19/2021
Antibiofilm Efficacy of an Iodine Dressing in Comparison to Other Antibacterial Dressings Against Immature and Mature Biofilms
Abstract Body: Biofilms can form on surfaces, such as medical devices and wounds, leading to infection, inflammation and delayed wound healing. Unlike their planktonic counterparts, biofi...
11/23/2020
Antibiofilm Efficacy of an Iodine Dressing and Comparator Dressings Against a Multispecies Biofilm, Anaerobic Biofilm and Fungal Biofilm
Abstract Body: Although biofilms can be formed by a single species, they are generally multispecies and can comprise of aerobic bacteria, anaerobic bacteria, fungi and yeasts. Biofilms ar...
11/23/2020
Efficacy of Non-Ionic Surfactant in a Pig Skin Biofilm Model
Biofilm formation in acute and chronic wounds is associated with delayed wound healing, inflammation, and infection, and therefore pose a large burden on health care. Once formed, biofilm...
12/09/2019
Efficacy of a Non-Ionic Surfactant on Multispecies and Anaerobic Biofilms
Biofilms can form in wounds and on indwelling medical devices, causing complications such as delayed wound healing, inflammation, and infection. Although biofilms can be formed by a singl...
12/09/2019
Detection of Biofilm Extracellular Polymeric Substances After Treatment with Surfactant-Based Wound Gels
In wounds, biofilms form a diverse mix of cellular aggregates and self-producing extracellular polymeric substances (EPS). The development of EPS is important for biofilm establishment, t...
12/06/2019
In Vitro Cell Migration and Wound Closure Efficiency of Wound Gels Evaluated by a Monolayer Scratch Wound Model
Cell migration plays a key role in both normal physiological and pathological conditions, including wound healing. The in vitro scratch wound model is a commonly used model to assess cell...
12/06/2019
Different in Vitro Wound Models for Studying Cell Salvage Effects of Concentrated Surfactant Gels
Background: Cell membrane damage is common in skin injury. Cell survival depends on the initiation of a rapid resealing to resume the structural integrity of the cell membrane to mai...
08/12/2019

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