Showing 1–12 of 22 results
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Chitosan From Mycellium
FreeMycelium chitosan is a biopolymer derived from the chitin found in the cell walls of fungi, specifically the mycelium. It shares similar properties with chitosan extracted from crustaceans, such as biodegradability, biocompatibility, and antimicrobial activity, making it Vegan, sustainable and eco-friendly alternative for various applications in medicine, agriculture, and environmental management.
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Chitosan From Oyster
FreeChitosan is extracted from the chitin found in the shells of oysters, a renewable and abundant resource, offering a sustainable and cost-effective alternative to chitosan sourced from other crustaceans.
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Collagen Type I From Human
FreeBiomaterial of high-quality, placental collagen extracted from human placental tissues.It is quite known for higher biocompatibility and bioactivity. It exactly mimics an extracellular matrix, thus giving it an optimal choice for any tissue engineering applications along with regenerative medicine.
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Collagen Type I From Tilapia
FreeTilapia-sourced Type I collagen is derived from the skin of tilapia fish, offering a sustainable, pathogen-free alternative to mammalian collagen. Available in lyophilized or solution formats, it demonstrates moderate thermal stability and promotes biocompatibility, making it ideal for wound healing matrices, tissue scaffolds, and marine-derived biomedical innovations.
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Collagen Type II From Porcine
FreeBiomaterial of high-quality, placental collagen extracted from human placental tissues.It is quite known for higher biocompatibility and bioactivity. It exactly mimics an extracellular matrix, thus giving it an optimal choice for any tissue engineering applications along with regenerative medicine.
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Elastin From Human
FreeElastin protein, extracted from human placental tissue, is a highly purified biomaterial that is designed for research and biomedical applications. It has been known for its excellent elasticity and resilience and has the properties of natural extracellular matrix components, making it an ideal material for tissue engineering and regenerative medicine.
