Our Technologies

Biologic therapies for Muscle regeneration

Our research into skeletal muscle regeneration is focused on the use of protein-based therapeutics – an emerging class of biologics designed to closely mimic the body’s natural compounds. Unlike traditional small-molecule drugs, these biologics are large, complex molecules that offer highly targeted and potentially more effective treatments.

Technologies

The discovery that started it all

In 2021, Myostellar Co-founders Prof. Peter Currie and A/Prof. Mikaël Martino released their revolutionary reasearch on the regeneration of muscle stem cells. These findings are the scientific discovery that led to the formation of Myostellar.

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Key areas of application

Muscular dystrophy

with Duchenne muscular dystrophy

A group of genetic diseases that gradually cause the muscles to degenerate, leading progressive muscle weakness and loss of muscle mass. Duchenne muscular dystrophy is the most frequently occurring and one of the most severe forms of the muscular dystrophies.

Acute muscle loss

and other atrophies

The loss of muscle mass which can be caused by a range of factors including aging, disuse, medications, injuries and diseases.

“Through our research, We’re looking to create a future where patient lifespans and quality-of-life are not impacted directly by skeletal muscle loss.”

Dr Mikaël Martino, Co Founder & CSO

“Myostellar focuses on addressing a major unmet need in skeletal muscle research. As the demand for effective treatments grows, Myostellar aims to fill this gap by developing innovative solutions for muscle regeneration.”

Dr Peter Currie, Co-Founder & CEO