Years of Research, Rigorous Validation

We've invested significant time and resources into scientifically validating the B3 GEL™ System's technology. Through NIH-funded research and comprehensive pre-clinical studies, we're building the evidence base that demonstrates our technology's safety and effectiveness before bringing it to surgeons and patients.

What the Data Shows

Our preclinical research demonstrates B3 GEL™ potential to transform post-surgical outcomes.

7%

improvement in range of motion - B3 GEL™ treated tendons achieved 50.4° ROM vs. 34.3° in controls*

12%

35% reduction in adhesion formation - Adhesion scores improved from 8.0 in controls to 5.2 with B3 GEL™*

0

mechanical impairment - No negative impact on tendon gliding, even with intentional overapplication+

*Data on File - under review for publication

Scientific article titled 'Sprayable extracellular matrix hydrogel reduces postoperative adhesion formation and protects healing tissues in preclinical models' with authors and introduction text.

Foundational research supporting the development of the B3 GEL™ System

One example of the academic scientific research that contributed to the development of the B3 GEL™ System

Pre-clinical data demonstrating the effectiveness of the gel to prevent adhesion in mice.

Identifies the dual function capabilities of ECM

  • Protects the healing tissues by creating a physical separation of tissues
  • Reducing adhesion development
Read Report

DEMONSTRATION OF BIOMECHANICAL SAFETY WHEN APPLYING A FLOWABLE HYDROGEL TENDON PROTECTOR: A CADAVER STUDY

Publication: Design of Medical Devices Conference; Dr. Brent DeGeorge & Alex Smith

Clinical cadaveric study with UVA & TYBR Health to show the mechanical safety of the B3 GEL™ when overloading gliding tissues

  • Discussion: the gel is capable of covering the entire surface of the repair and  preserving tendon mobility.

Conclusion: The B3 GEL™ System is safe to use on tendons independent of user variability in application volumes

Read Report
Open scientific paper titled 'Demonstration of biomechanical safety when applying a flowable hydrogel tendon protector: a cadaver study,' showing author names, abstract, introduction, and a labeled diagram of a hydrogel applicator device.
Dr. Troy Diehl
Performance Orthopedics, Frisco, TX

I’ve used the B3 GEL™ System on my patients to help reduce scar and aid in the healing of soft tissues to allow for quicker return of motion, which in turn, will result in happier patients that can get back to their active lifestyles.

Join the Movement Toward Better Mobility

You've seen the problem that's frustrated surgeons and patients for decades. You understand the technology that solves it. You've reviewed the clinical evidence that proves it works. Now it's time to bring The B3 GEL™ System to your practice and give your patients the complete recovery they deserve.

BETTER MOBILITY STARTS HERE
Blue liquid-filled medicine vial and a silver medical instrument against a curved orange graphic background.