BioTissue Nabs Vizient Contract to offer Amniotic Allograft Products in the USA

The new agreement enables Vizient members broader access to BioTissue’s amniotic membrane products for diverse clinical applications.

BioTissue, a regenerative biologics manufacturer, has signed a supplier contract with Vizient, a large healthcare performance improvement company in the United States.

Vizient, which works with 65% of US hospitals, will now have access to BioTissue’s allograft products, including Clarix 1K cryopreserved, ultra-thick human amniotic membrane allograft used as an adjunct for surgical, wound, and musculoskeletal applications. BioTissue reports that Clarix® 1K, a 361 HCT/P, can be used for tectonic support as a surgical covering, wrap, or barrier for patients. 

A retrospective study found a median 89.5% improvement in pain and improved range of motion when Clarix Cord 1K was used as an interpositional graft during tarsal coalition surgery, with no infection or wound complications reported.

BioTissue also reports they’ve developed a proprietary cryopreservation process, called CryoTek®, which preserves the anti-inflammatory and regenerative properties of the amniotic tissue. 

BioTissue is also conducting multiple clinical trials as it pursues Biologic License Applications (BLAs) for new products addressing unmet clinical needs. To date, clinicians have performed over 1 million human implants using BioTissue products, and there are more than 400 peer-reviewed publications supporting its platform technology.

Want to keep up on regenerative medicine? Get the weekly newsletter here.

If you found this post helpful, would you mind sharing it? ⬇️ 

Related:

The partnership will focus on bringing oral mucosal stem cell therapy for diabetic foot ulcers to Florida, with FDA trials planned.
FDA clearance of Theracor introduces a new sheet-form umbilical cord device, expanding options for advanced wound care management.
Researchers are testing whether exosomes from umbilical cord stem cells can safely reduce inflammation and support cartilage repair in osteoarthritis.
The latest additions aim to support clinicians treating smaller wounds, enhancing flexibility and workflow in surgical wound care.
New peer-reviewed review argues that Wharton's Jelly derived mesenchymal stem cells offer a novel, non-invasive option for many regenerative therapies.

The Latest:

A new kit aims to streamline 3D iPSC transfection, offering higher efficiency and lower cytotoxicity for researchers and developers.
GwoXi’s FDA filing aims to support cell therapy and exosome developers with a standardized, traceable stem cell source.
The lipid microbubble platform aims to enhance cell therapy manufacturing, adapted from its clinically validated ultrasound imaging tech.
The company says its platform may fundamentally change how cartilage loss and degenerative joint disease is treated globally.
Based on their results in Korea/Japan, they received a Phase 3 fast track in the USA, and hope to show true cartilage regeneration. Potentially historic moment for the industry coming.
The new registry aims to address evidence gaps and track long-term outcomes for orthobiologic treatments.
Lineage will evaluate the new gene-edited iPSC line for immune compatibility and manufacturing potential before pursuing exclusive rights with Factor Bioscience.
Long-term follow-up suggests ProTrans may help preserve insulin production, with results varying by dose.
The collaboration will assess whether robotic automation can help scale up cell therapy manufacturing while maintaining GMP standards.
The partnership aims to streamline production and quality testing of gene-edited hematopoietic stem cell therapies for HIV and rare diseases.
With the right secured for stem cell potency, Longeveron is continuing its path forward with clinical trials for several mesenchymal stem cell indications.
The new open source gene editing services are ready to help iPSC developers create off-the-shelf allogeneic cell therapies at scale.

Discover more from Regen Report

Subscribe now to keep reading and get access to the full archive.

Continue reading

Stay updated on Regenerative Medicine