Laboratory Research

(LR-001) The formulation of biofilm using accredited CDC model and qPCR

(LR-002) Detection and quantification of bacterial adherence using qPCR

(LR-003) Use of a novel two-layer compression bandage system to achieve the desired pressure in human subjects

(LR-004) Warp Weft and Loft Interact to a Create 3-D Stiffness Structure of Two-Layer Compression Wraps

(LR-005) Light-Deactivated Adhesive: The Solution to Maintaining Dressing Integrity and Protecting Skin

(LR-006) Effect of a lipidocolloid dressing on extracellular matrix synthesis

(LR-007) Careful formulation techniques can ensure that pH controlled hypochlorous acid (pHA) wound cleansers remain stable in a tightly controlled pH range over its entire shelf life.

(LR-009) Preliminary Evidence on the Barrier Properties of a PHMB-Impregnated Acellular Biologic Grafts for Treatment of Third-Degree Burns.

(LR-010) Effects of a Novel Non-Biologic Desiccant to Remove Bacteria Using a Deep Dermal Wound Porcine Model.

(LR-011) Radiation injury triggers a cutaneous scarring response by inducing expression of pro-fibrotic genes and increasing collagen thickness in an ex vivo human skin model

(LR-014) Effects of a Novel Non-Biologic Desiccant to Remove Dermatophytes Using a Deep Partial Thickness Wound Porcine Model.

(LR-015) Investigating the Antimicrobial Performance of a Novel Non-Woven PHMB Dressing of its Speed of Kill (SOK) performance from 15 minutes up to a 14-day period

(LR-016) Significance of Substratum for Bioprinting: A Review

(LR-017) Maintenance of Tissue Structure and Integrity of Hypothermically Stored Amnion and Chorion Membranes

(LR-018) A Novel In Vitro Assay for Evaluating the Malodor Inhibition Properties of Wound Dressings Containing Odor Abatement Technologies

(LR-020) The Effect of a Hydrogel Copper Gauze on the Healing of Third-Degree Burns Using a Porcine Model.

(LR-021) Anti-Biofilm Efficacy of a Novel Activated Zinc Irrigant and Comparison to Commercially-Available Irrigants: A Multiple Organism, Multiple Timepoint, Kinetic Time-Kill Study

(LR-026) Photodynamic Therapy Effects in Skin of Color Wound Healing: an In Vitro Investigation

(LR-027) Antibiofilm performance of silver nanoparticles and new silver nanoparticle wound dressing

(LR-028) Healing of a Rat Full Thickness Wound Model with Artacent AC, a Tri-Layer Human Placental Membrane Graft

(LR-029) A new non-silver antimicrobial carboxymethyl cellulose dressing shows improved physical properties against competitor wound dressings

(LR-032) Use of Finite Element Analysis Modeling to Assess Tissue Strains Associated with Two Different Nasogastric Tube Securement Devices

(LR-033) Application of Zinc Ion Embedded Nylon Antimicrobial Technology for Design Flexibility of Wound Dressings

(LR-034) Novel Antimicrobial Nylon with Embedded Zinc Ions for One Health Applications

(LR-035) Tri-Layer Amniotic Membrane Allografts Support Cell In-Growth and Promote Angiogenesis: Therapeutic Potential for Acute and Chronic Wounds

(LR-036) Human Placental Extracellular Matrix Particulate Supports Fibroblast Cellular Activities: Therapeutic Potential for Wound Applications

(LR-037) Evaluation Of Collagen Wound Matrix-Micronized: Biochemical, Physical, Functional, and In Vitro Properties as a Wound Management Matrix

(LR-038) A Transforming Powder Dressing (TPD*) to Improve Healing of Deep Partial Thickness Burn Wounds

(LR-039) Safety and comparative efficacy of a new fully-versatile negative pressure wound therapy (NPWT) integrated dressing against commercially available comparators: an in vivo and in vitro analysis

(LR-040) Human Keratin Hydrogel Matrices* are Degradation Resistant in Simulated Chronic Wound Environments

(LR-041) PEG-BPEI Loaded Sponges Neutralize Pathogen Virulence

(LR-042) Hydrolyzed collagen powder dressing improves wound inflammation, perfusion and tensile strength

(LR-043) Placental-Derived Biomaterials – An Analysis of Novel Non-Delaminated Placental Membrane Allografts

(LR-044) Standardized Quantification of Factors in Placental Membranes

(LR-045) Retention Processing to Preserve Beneficial Components

(LR-046) Protein Characterization of Dehydrated Placenta Membrane Products: Artacent Wound and Artacent AC

(LR-047) PHMB High gelling fibre shows powerful antibiofilm action with low cytotoxic effects

(LR-048) Equine Collagen – A promising alternative to collagen from other animal sources

(LR-050) The Antimicrobial and Wound Healing Effects of a Novel Hydrogel Combat Gauze with Copper on Third-Degree Burns Using a Porcine Model.

(LR-052) Tissue-Engineered Oral Mucosa as Preclinical Model for Oral Wound Care Products

(LR-054) A Chelation Approach to the Biofilm and Metalloprotease Problem in Chronic Wounds

(LR-055) A new, non-silver wound dressing has demonstrated promising early results with significant antimicrobial efficacy 1-hour after application and has a potential 28-day wear-time.

(LR-056) A new, non-silver wound dressing has demonstrated promising early results with effectiveness against biofilms and preventing bacterial penetration in-vitro.

(LR-012(GR-007)) A blind spot in an FDA standard leaves significant bacterial survivors after chlorhexidine gluconate preoperative skin preparation