Wounds and Injuries Commons^™

Complete Closure Of Chronic Ankle Ulcerations In The Presence Of Lymphadema With Use Of Adipose Stem Cell Injectable Allograft, A Case Report, Orlexia Thomas Dpm, Francois M. Lokenye Dpm, Jasmine Sheikh Bs, Lady Paula Dejesus Dpm, Facfas, Facpm, Dwsp

Posters

This case illustrates the promising role of adipose stem cell injectable allografts in the management of complex chronic wounds, particularly in patients presenting with lymphedema and fat pad atrophy.

Adipose Injectable Filler With Use Of Meshed Dermal Matrix And Porcine Urinary Bladder Matrix For The Management Of A Complex Achilles Wound, Francois M. Lokenye Dpm, Orlexia Thomas Dpm, Mariam Kamil Bs, Lady Paula Dejesus Dpm, Facfas, Facpm, Dwsp

Posters

Chronic Achilles wounds present a significant clinical challenge due to limited vascularity, high mechanical stress, and the complex anatomy of the posterior lower leg.

Regenerative medicine offers a promising alternative to traditional wound management through the use of advanced biologic materials.

This case highlights a novel approach utilizing a combination of adipose-derived injectable filler, acellular dermal matrix, and porcine urinary bladder matrix to enhance tissue regeneration, provide structural support, and promote wound healing.

Prevention Of Transmetatarsal Amputation In A Diabetic Patient With A Chronic Foot Ulcer Including Osteomyelitis By Minimally Invasive Surgery Floating Lesser Metatarsal Osteotomies In Conjunction With Adipose Injectable Filler, Francois M. Lokenye Dpm, Orlexia Thomas Dpm, Lady Paula Dejesus Dpm, Facfas, Facpm, Dwsp

Posters

Problem: Diabetic foot ulcers (DFUs) complicated by osteomyelitis often result in transmetatarsal amputations, leading to significant morbidity.

Objective: To evaluate a minimally invasive surgical approach combining floating lesser metatarsal osteotomies with adipose injectable filler to prevent transmetatarsal amputation, enhance wound resolution, and improve foot biomechanics