Nurami Medical develops innovative sealants and surgical patches based on unique combinations of advanced bioactive materials and optimized, electrospun nanofiber matrices.
Electrospun nanofiber matrices made of medical grade, biodegradable polymers highly resemble the natural extracellular matrix (ECM) creating an ideal scaffold for tissue engineering and regeneration. These scaffolds, are a groundbreaking approach in regenerative medicine. With their tunable porosity, high surface-to-volume ratio and malleability, electrospun nanofiber scaffolds are the next generation of surgical patches, improving upon currently-used fragile and animal derived materials.
Nurami Medical’s ground-breaking surgical sealants and patches are based on this advanced technology. Nurami Medical’s expertise in designing and controlling the electrospinning parameters, ensures optimal mechanical and regenerative characteristics of its revolutionary patch, taking into account crucial factors such as porosity of the scaffold, flexibility, suturing capabilities, biodegradability and more.
Nurami Medical identifies the specific needs of each surgical and wound healing procedure, and develops a proprietary formulation of biocompatible polymers which address these needs in a variety of settings. These unique formulations are the basis of Nurami Medical’s proprietary, multifunctional patches and sealants, improving the wound healing process, as well as patient outcome, in comparison to today’s standard of care. For instance, Nurami Medical’s multilayer ArtiFascia® dural patch integrates a temperature sensitive, visco-elastic polymer sealant, which creates an effective barrier preventing harmful CSF leaks in dura repairs. This, in turn, decreases complications and improves the overall success rates of surgical procedures. ArtiFascia® is the only patch to offer a combination regeneration scaffold and sealant for surgical repair in a single, easy to use, surgical patch. Additional biomaterials which can be integrated into Nurami’s novel patches, include adhesives, healing agents, growth factors, and more, as relevant for each application.