Home.
BrilliantStrings is a mechanotherapeutics company with a focus on Complete Human Collagen(CHC™)
About Us
BrilliantStrings Therapeutics has transformed decades of paradigm-shifting academic research in extracellular
matrix mechanochemistry and deep expertise in controlling collagen assembly into a unique, healing biomaterial.
Our Complete Human Collagen (CHC™) mechano-therapeutic, is capable of rapidly repairing injured or degenerated
connective tissue and constitutes “a first-in-class” achievement. The
CHC™ delivery platform addresses a very large unmet need for a wide range of Ortho-Musculoskeletal conditions.
Our first market target is the Rotator Cuff.
can dramatically improve healing, reduce recovery time, and strengthen the injured tissue.
A next generation approach to healing
In comparison to currently available ‘first generation’ therapeutics that are weakly effective, BrilliantStrings has a
‘next generation’ solution: a complete human collagen biomaterial AND platform that makes a quantum leap
forward in the effort to produce complete and rapid healing. The company has systematically developed unique
know-how to manufacture human collagen at commercial scale as well as the approach to precisely target and
deliver a highly-efficient injectable collagen dose directly to the injury site. Together, these technical advances
promise to usher in a new paradigm for orthopedic musculoskeletal injury treatment and wound healing.
Stable Complete Collagen Packaged for Delivery
Proprietary liquid-crystal packaging protects complete collagen and controllably delivers it to injury. Patent Filed.
Company.
Company Background
BrilliantStrings Therapeutics (BSTHX) is a healing biomaterials platform company that provides rapid repair and improved recovery
of injured or age-degenerated human connective tissues found throughout the body (as depicted below). Our unique approach to
healing transcends current ‘first generation’ collagen therapies and ushers in a new paradigm of active healing in orthopedics.
We are the first company to provide a complete human collagen-based healing solution not only for clinically significant tissue tears
that require surgical intervention, but also for the millions of people who do not yet qualify for surgery and suffer untreated and in chronic pain.
Injectable Therapeutic
To address the majority of patients pursing orthopedic treatment in the rotator cuff space but presenting an injury that does not require surgical repair,
we will offer injections of complete human collagen comprising the same materials as the patch. We take our inner layer patch material, particulate it
into micro-particles of dense 400 mg/ml collagen, and suspend the particles in solution to achieve a controlled release, 10 – 200 mg/ml injectable.
Our collagen maintains the less stable configuration for dissociation into the wound site, and this is further enhanced by the increased available
surface area achieved through the particulation process. Live ultrasound imaging permits the identification and precise locating of the injury.
This allows clinicians to deliver the collagen solution within immediate proximity of the tissue damage for rapid repair.
Science.
Our science tells us that delivering Complete Collagen will improve outcomes!
Scientific Breakthrough
Collagen molecules “home” to injury and with the proper application of force, will promote the healing process.
Team.
BrilliantStrings Team
Jeff Ruberti, Ph.D.
CEO
Professor of Bioengineering
Northeastern University
Fellow AIMBE 2022
Martha Shadan, MBA
Board Chairwoman
Former CEO Rotation Medical
Former CEO Miach Orthopaedics
AdvaMed Board Member
Luke Oh, M.D.
Consultant Surgeon
Medical Director of Orthopaedic Sports Medicine, Rothman Orthopaedics FL & AdventHealth
Head Team Surgeon, Orlando Magic (NBA)
JJ Paten, Ph.D.
Chief Scientist
Lecturing Faculty
Mechanical Engineering
Harvard University
Scott Weiss, MBA
Chief Operations
Business Founder
Jackson Oakmont LLC
Author
Shubhro Sen, Ph.D.
Chief Strategist
Led Multiple entities to IPO’s/exits
D’Amore McKim School of Business
Northeastern University