article thumbnail

MiNA and BioMarin partner to speed development of RNAa therapies

Pharmaceutical Technology

MiNA Therapeutics has entered into a research collaboration and option licensing agreement with BioMarin Pharmaceutical to speed up the development of therapeutic ribonucleic acid activation (RNAa) candidates to treat rare genetic diseases. The option licensing agreement is based on early-stage clinical results.

article thumbnail

Tevard Biosciences and Vertex partner to develop tRNA therapies for DMD

Pharmaceutical Technology

Tevard Biosciences and Vertex Pharmaceuticals have announced a four-year global research partnership to develop new tRNA-based therapies to treat Duchenne muscular dystrophy (DMD) patients. The deal offers access to the platforms of Tevard to discover and develop tRNA-based therapies.

Insiders

Sign Up for our Newsletter

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

article thumbnail

Decreased protein degradation in cerebellum leads to motor dysfunction

Scienmag

Progress in overcoming spinocerebellar ataxia, an intractable genetic disease Credit: Associate Professor Takahiro Seki A research team from Kumamoto University, Japan has developed an animal model that reproduces motor dysfunction and cerebellar neurodegeneration similar to that in spinocerebellar ataxia (SCA) by inhibiting chaperone-mediated autophagy (..)

Protein 52
article thumbnail

World’s first engineered B cell therapy enters human trials

Drug Discovery World

Developer Immusoft has received FDA Orphan Drug Designation and Rare Pediatric Disease Designation for the therapy, designated ISP-001, in this indication. MPS I is a rare, genetic disease that affects the body’s ability to produce the enzyme alpha-L-iduronidase (IDUA).

Engineer 113
article thumbnail

Merck and Orna partner for RNA technology-based vaccines and therapies

Pharmaceutical Technology

Merck (MSD outside North America) has entered a partnership agreement with Orna Therapeutics for discovering, developing and marketing various programmes based on next-generation RNA technology. These programmes will include therapies and vaccines in infectious disease and oncology areas.

RNA 147
article thumbnail

Turning science into business: Amplifying mRNA by targeting regRNAs

Drug Discovery World

JMB: Regulatory RNAs (or regRNAS) are molecules that directly control the expression of nearby protein-coding genes. CAMP4 is exploiting these regulatory interactions to specifically control the expression of genes tied to disease. What diseases are you currently targeting? What are the challenges of drug discovery in this area?

article thumbnail

CAMP4 raises $100m to take lead RNA drugs into clinic

pharmaphorum

The Cambridge, Massachusetts biotech has discovered that areas of the non-coding parts of the human genome – referred to by its chief executive Josh Mandel-Brehm (pictured above) as the “dark side” of the genome – actually produce regRNAs that control the expression of the 2% that codes for proteins.

RNA 52