CONSHOHOCKEN, PA — Tiger BioSciences is drawing attention to new scientific evidence that could reshape advanced wound care, highlighting a peer-reviewed study examining how placental-derived allografts may improve tissue repair and healing outcomes.
The research, published in the International Journal of Molecular Sciences, evaluated next-generation Cellular and Acellular Matrix-like Products, or CAMPs, designed to better preserve the biological integrity of human placental tissue. The study focused on technologies that maintain the placenta’s full three-layer membrane and introduced a novel four-layer configuration that adds an additional amnion layer.
Researchers found that these approaches retained significantly more of the placenta’s native biological structure than conventional methods. Global protein profiling identified more than 8,900 proteins associated with tissue repair within the advanced CAMPs, suggesting a richer biological environment to support healing.
Both the three-layer and four-layer configurations maintained key proteins under physiological conditions, an indicator that the grafts can remain biologically active when applied in clinical settings. Cell-based testing also showed the formation of new blood vessel networks when the materials were used as a wound barrier, a critical step in effective wound closure and tissue regeneration.
Tiger BioSciences said the findings validate its focus on preserving native tissue characteristics rather than relying on heavily processed materials. Company executives framed the results as an important step toward providing clinicians with more effective options for treating chronic and hard-to-heal wounds.
The study reinforces broader industry interest in biologically driven wound-care solutions as providers seek therapies that improve outcomes while reducing complications and long healing times. Tiger BioSciences said the research aligns with its ongoing investment in evidence-based allograft technologies that leverage the natural properties of donated human tissue.
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