Research Focus

Advancing ALS and neurodegeneration through genetics and clinical insights

Our Research

Focused on neurodegeneration research and clinical translation.

High-tech laboratory workspace with researchers analyzing molecular data on screens.
High-tech laboratory workspace with researchers analyzing molecular data on screens.
Neurogenetics Lab

Studying TDP-43 and molecular genetics in ALS.

Cell Culture Facility

iPSC models for drug screening and disease modeling.

Clinical Research

Biobank management and patient data integration.

Units

Four cores driving ALS research and clinical progress

Microscopic view of neurons stained to highlight TDP-43 protein aggregates
Microscopic view of neurons stained to highlight TDP-43 protein aggregates
Neurogenetics Lab

Decoding genetic factors behind ALS and neurodegeneration

Laboratory technician working with iPSC cultures under a microscope
Laboratory technician working with iPSC cultures under a microscope
Cell Culture

Growing patient-derived stem cells for disease modeling

Clinical researcher interacting with patient data on a digital tablet
Clinical researcher interacting with patient data on a digital tablet
Bioinformatics specialist analyzing complex genetic datasets on multiple screens
Bioinformatics specialist analyzing complex genetic datasets on multiple screens
Clinical Unit

Linking lab discoveries with patient care and biobank samples

Bioinformatics

Transforming data into insights for targeted therapies

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Gallery

Snapshots from our labs and research breakthroughs

Close-up of a scientist pipetting samples in the neurogenetics lab under bright LED lighting
Close-up of a scientist pipetting samples in the neurogenetics lab under bright LED lighting
Rows of iPSC culture dishes glowing softly in the cell culture facility
Rows of iPSC culture dishes glowing softly in the cell culture facility
Clinical research unit with researchers reviewing patient data on multiple monitors
Clinical research unit with researchers reviewing patient data on multiple monitors
Bioinformatics core displaying complex genetic data visualizations on large screens
Bioinformatics core displaying complex genetic data visualizations on large screens
Biomedical engineer testing an assistive device prototype with a patient in a lab setting
Biomedical engineer testing an assistive device prototype with a patient in a lab setting

FAQs

What is TDP-43?

TDP-43 is a protein involved in neurodegenerative diseases like ALS, studied through molecular genetics.

How do iPSCs help research?
What is the clinical research unit?
How does AI support your work?
What assistive devices do you develop?

Induced pluripotent stem cells let us model patient neurons in the lab for drug screening.

Our clinical unit collects patient data and samples, supporting translation from lab findings to therapies.

AI helps analyze biomarkers remotely and accelerates data processing within our digital ecosystem.

We engineer devices to support mobility and communication for neurodegenerative patients.

Get in Touch

Reach out for collaboration or questions anytime.

A modern laboratory workspace with scientists collaborating over data on screens.
A modern laboratory workspace with scientists collaborating over data on screens.