Medical Conferences
October 05 - 9, 2025
October 09 - 12, 2025
October 14, 2025
October 17 - 19, 2025
October 21 - 23, 2025
At MTF Biologics, advancing science means sharing knowledge. We're proud to showcase our recently presented clinical posters from Fall SAWC 2025, highlighting the latest research, data, and real-world outcomes with our dermal and placental allografts.
These posters represent the collaborative work of leading clinicians and researchers dedicated to improving patient care.
Browse the collection below to explore the science behind our mission—and see how clinical progress is shaping the future of wound care.
This poster presents a case series where meshed human reticular acellular dermal matrix (HR-ADM) was used as a backup strategy in soft tissue reconstruction when flap procedures were at risk of failure. In five patients with complex wounds, HR-ADM supported tissue ingrowth, allowing delayed closure or secondary healing even after complications like dehiscence or flap failure. The findings suggest HR-ADM can serve as a valuable scaffold to protect vital structures and reduce the need for more complex surgical interventions.
This poster presents a case series evaluating meshed human reticular acellular dermal matrix (HR-ADM) combined with negative pressure wound therapy (NPWT) for patients with extremity wounds involving soft tissue loss and periosteal stripping. Among seven patients treated, 86% achieved wound closure, with some healing without skin grafting, suggesting HR-ADM with NPWT may offer a less invasive alternative to flap reconstruction for complex open fractures.
This poster highlights two pediatric limb salvage cases where aseptically processed placental and dermal allografts were used to stabilize complex lower extremity wounds prior to reconstruction. Both patients achieved wound closure and ambulation, with the allografts supporting angiogenesis, reducing inflammation, and preparing the wound bed for definitive coverage. The findings suggest that placental and dermal allografts may play a valuable role in improving outcomes for challenging pediatric trauma cases.
The clinical studies featured in this section are for informational purposes only.
For more information about clinical uses of Flex HD, please email MSL@mtf.org.
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