"DermiSphere™ has been a game-changer for us. We've seen dramatic improvement in patient outcomes and overall satisfaction with the quality of care."
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The DermiSphere™ Experience
Intelligently Patterned Hydrogel Wound Dressing for Dermal Tissue Regeneration
NOT CLEARED FOR SALE IN THE UNITED STATES
Introduction
At FesariusTherapeutics, we are committed to improving patient quality of life through innovative technology. The company’s flagship product DermiSphere™ is a Micropatterned Wound Dressing built on groundbreaking technology discovered by renowned plastic surgeon Dr. Jason Spector, who experienced the shortcomings of current treatment options firsthand.
The highly tunable solution blends scientific efficacy with clinical needs, offering a completely innovative collagen-based wound dressing that maintains idealized conditions in the wound bed. In an established space that has remained largely unchanged for decades, DermiSphere™ is primed to offer a new solution for a new age of full-thickness skin loss treatment. 1
The highly tunable solution blends scientific efficacy with clinical needs, offering a completely innovative collagen-based wound dressing that maintains idealized conditions in the wound bed. In an established space that has remained largely unchanged for decades, DermiSphere™ is primed to offer a new solution for a new age of full-thickness skin loss treatment. 1
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Benefits of DermiSphere™
- Contains embedded collagen spheres developed with a unique microarchitecture that promotes significantly increased rapid cell invasion and vascularization 1,2
- Excellent skin graft take and healed wounds with reconstituted dermal and epidermal layers in only one surgical step in a porcine model 2
- Promotes natural tissue growth and healing in a porcine model 2
- Intended for use in a wide range of indications
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How it Works
Step 1
We implant an intelligently designed scaffold of collagen microspheres within a self-assembling collagen hydrogel into a prepared wound.
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Step 2
The microspheres are precisely programmed with the right structure, density, and spacing to provide an optimal environment for healthy tissue cells to migrate into the hydrogel.
Step 3
This controlled response leads to the rapid formation of a neovasculature, which supports neocollagen deposition within the hydrogel.
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Step 4
Finally, the process results in the formation of an early, robust, and fully functional neodermis in a wide range of indications.
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Don't wait to experience the future of full-thickness skin loss treatment. Contact us today to learn more about DermiSphere™.
- Weisel A, Cohen R, Spector JA, Sapir-Lekhovitser Y. Accelerated vascularization of a novel collagen hydrogel dermal template. J Tissue Eng Regen Med. 2022;16(12):1173-1183. doi:10.1002/term.3356
- Luong D, Weisel A, Cohen R, Spector J, Sapir-Lekhovitser Y. Successful reconstruction of full-thickness skin defects in a swine model using simultaneous split-thickness skin grafting and composite collagen microstructured dermal scaffolds [published online ahead of print, 2023 Jun 14]. Wound Repair Regen. 2023;10.1111/wrr.13102. doi:10.1111/wrr.13102
