Biomedical Technology Innovations - Matregenix

Technology Platforms

Soft-tissue Repair

New era in soft tissue repair

Soft-tissue repair has seen limited progress in recent decades, with current options like hydrogels, sponges, and films not providing the ideal microscale architecture for tissue regeneration. Using biological materials, such as xenografts and allografts poses risks of disease transmission, immune rejection, and has limitations in terms of mechanical strength and shelf life. Synthetic biomaterials have been introduced as an alternative, but their degradation mechanisms can cause inflammation and are hard to predict.

Matregenix has developed MatriNova, a ground breaking advancement in biomedical technology that utilizes nanofiber technology to create a non-biological, antimicrobial, programmable fiber matrix similar to the human extracellular matrix. Unlike other synthetic materials, MatriNova breaks down into amino acids and does not produce acidic by-products that cause tissue inflammation. This new biomedical nanofiber technology promotes tissue growth while preserving strength and flexibility, presenting a new approach in the $20 billion soft-tissue repair market and shifting away from traditional xenografts and allografts to synthetic tissue-engineered scaffolds.

Matri Nove

Drug Delivery Platform

Your Drug in a Patch for sustained or burst release.

The value proposition of utilizing nanofibers as a carrier for active pharmaceutical ingredients is that they can provide a tailored release profile for different therapeutic applications. This allows for a more targeted and effective delivery of the medication, leading to improved treatment outcomes. Matregenix, , a leader in biomedical technology, has extensive experience in incorporating active pharmaceutical ingredients into biomedical nanofibers, making them a trusted and reliable partner in the development and production of these innovative drug delivery systems for various biomedical applications. We have created two distinct platforms for both sustained and burst release that could be suitable for a wide range of therapeutic applications.

Drug delivery

Tubular Structures & Stent Coating

Biomimetic Electrospun Tubular Scaffolds

Revolutionize tissue engineering with Matregenix's biomimetic electrospun tubular scaffolds. Superior to traditional technologies, electrospun tubular scaffolds offer flexibility, drug/bioactive loading, ECM mimicking microstructure. Available in various sizes, they have a porous and interconnected architecture that enhances cell invasion and proliferation. Our ready-to-use scaffolds a cutting-edge solution in biomedical devices may be a reliable alternative to allotransplatation. This advancement in biomedical technology features a proprietary stent-like structure provides tunable radial force and prevents kinking under mechanical stress. Additionally, our adhesion platform increases adhesion strength between the metal stent and the nanofiber coating.

Tabular Structure

Wound Healing

Handheld, Contactless Device for Applying Nanofibers Wound Healing Matrix

Matregenix is developing DermaSpin, a lightweight, portable, and handheld wound dressing device that uses proprietary formulations to spray out webs of wound dressing onto the patient without any contact. The DermaSpin is designed to be used by combat medics and clinicians to treat wounds, offering a viable alternative to postponed surgeries without the need for frequent changes typically required in traditional wound healing dressings. DermaSpin utilizes non-toxic, biocompatible polymers spun with highly efficacious antimicrobial additives to create complex water-soluble structures that mimic natural soft tissue physiology on the nano and cellular scale.

As an innovative example of biomedical devices, DermaSpin is a paradigm shift in biomedical technology, providing a portable and contact-free painless wound dressing device that will significantly improve patient outcomes and revolutionize the way burn wounds are treated.

Disclaimer

The biomedical products mentioned on our website have not been cleared or approved by the FDA. These products are intended for research use only and not for use in diagnostic or therapeutic applications. The statements made about these products on our website have not been evaluated by the FDA. The information provided is for informational purposes.