Using the potential of
organoid technology

Human midbrain organoids

Midbrain organoids can be generated from somatic samples taken from any healthy individual or PD patient.

TUJ1
GFAP-TUJ1
TH

MIDBRAIN ORGANOIDS
Organoids contain high amount of dopaminergic neurons but also other type of neurons (GABAergic, glutamatergic) and astrocytes

FURTHER DEVELOPMENT
hey can be enriched with endothelial cells and microglia

PHENOTYPING
Midbrain organoids from PD patients show dopaminergic neuron impairment

DISCOVERY
State-of-the-art tool for drug discovery

Midbrain organoids show a high abundance of dopaminergic neurons (TH) which produce the neurotransmitter dopamine

TH
DOPAMINE
MERGE

Organoids show expression of markers confirming the midbrain identity such as LMX1 and FOXA2

FOXA2
LMX1A
TH/FOXA2/LMX1A

Screening pipeline

Image analysis and artifical intelligence

We use a set of computational AI tools to perform deep phenotyping of our models to better detect cellular defects and their rescue following compound treatments. Fore more details see our publication.