Brain Organoids
A new generation of human brain models designed to generate biologically relevant insights and support therapeutic discovery in neurodegenerative diseases.
Despite decades of research and billions invested worldwide, finding effective therapies remains exceptionally difficult.
A major obstacle is the lack of human-relevant models that sufficiently reproduce the complexity of brain biology. This limits our ability to identify promising treatments and to predict which discoveries will truly translate to patients.
Helios Neopharma develops next-generation technologies combining brain organoids, biological data and artificial intelligence to accelerate therapeutic discovery for neurodegenerative diseases.
Our ambition is to help bridge the gap between laboratory research and treatments that can make a meaningful difference for patients.
Brain organoids, biological data and artificial intelligence brought together to support the discovery of more effective therapies.
A new generation of human brain models designed to generate biologically relevant insights and support therapeutic discovery in neurodegenerative diseases.
Integrating complex biological signals to reveal patterns, deepen disease understanding and support better therapeutic decisions.
Transforming complex biological information into actionable insight to improve therapeutic discovery and translation.
A multidisciplinary team rooted in neuroscience, systems biology, organoids and translational research.
CEO & Founder
Neuroscientist and entrepreneur, Yousra founded Helios Neopharma to build human-relevant technologies for precision neurology and therapeutic discovery.
in LinkedInHead of Neuroscience
Internationally recognized neuroscientist specializing in Alzheimer’s disease, neurodegeneration and translational brain research.
in LinkedInPrincipal Systems Biologist
Systems biologist with expertise in 3D cortical organoids, multi-omics, electrophysiology and advanced cellular models.
in LinkedInNeuroscientist
Neuroscientist specializing in brain organoids, stem-cell culture, omics and translational neuroscience.
in LinkedInPhD Researcher
PhD researcher working at the intersection of bioengineering, neuroscience and next-generation human brain models.
in LinkedInWe believe the future of precision neurology will emerge from the convergence of human biology, artificial intelligence and scientific excellence.
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