Completed Bones, Joints & Muscles Brain & Nervous System

microRNA therapy in tendon disease

In plain English

AI plain-English summary

One in ten people will develop tendinopathy—a painful, degenerative tendon condition—yet physiotherapy, the best available treatment, helps only half of them. Causeway Therapeutics has identified the molecular mechanism that turns a damaged tendon into a chronically diseased one. Based on that discovery, the company developed TenoMiR, a microRNA therapy that directly targets the core disease process rather than just managing symptoms. In preclinical tests, TenoMiR restored both the structure and function of damaged tendons. If this therapy succeeds in human trials, it would become the first drug treatment for tendinopathy, filling a gap that has left millions of patients with no effective medical option. The grant funds the development of TenoMiR through an early-stage clinical trial in humans. A working therapy could reduce the need for prolonged physiotherapy, shorten recovery times, and prevent the progression to tendon rupture—a common outcome that often requires surgery and months of rehabilitation. For a condition that affects roughly 10 percent of the population, even a modest improvement in treatment success would shift the standard of care.

View original technical description
"One in 10 people will suffer from some form of tendinopathy during their lifetime, yet currently, the best treatment remains physiotherapy which only benefits 50% of cases. Despite recent advances in biological therapy, there remains no effective treatment for tendinopathy. Research at Causeway Therapeutics uncovered the molecular mechanism that causes damaged tendons to develop tendinopathy. This insight led to the development of TenoMiR that directly targets the key features of the disease. Treatment with TenoMiR effectively restores tendon structure and function. Causeway Therapeutics' objective is to **develop the world's first microRNA therapy revolutionising the treatment of soft tissue tendon injuries.** This grant will drive the development of TenoMiR through to a phase 1/2a clinical trial in humans."

View the original record at the funder ↗

Related Research

Grants with similar aims, by meaning.

A first-in-patient trial of TenoMiR a microRNA replacement therapy for tendinopathy.
MicroRNA in tendinopathy
The role of microRNA 29 in tendon disease.
A first-in-patient trial of TenoMiR a microRNA replacement therapy for tendinopathy
Damage mechanisms in tendon disease

Original classification

Collaborative R&D

Plain English summaries and category classifications on this site are generated by AI and may not perfectly reflect the original research.