neurodegenerative diseases | MyInVitroAnswer.com

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People walking individually, from different directions, in a labyrinth. An enlarged image of human cells features at the center of the labyrinth.

People walking individually, from different directions, in a labyrinth. An enlarged image of human cells features at the center of the labyrinth.

Organo Therapeutics' brain organoids enable mechanistic elucidation of Priavoid's drug candidate for synucleinopathies

Pharma & biotech collaborations

2 dual colour landscapes separated by computational lines and nodes

2 dual colour landscapes separated by computational lines and nodes

Bioengineered directoids enable in vitro probing of information flow between human brain regions

Organoid technologies

28bio launches CNS-3D myelinated organoids to predict therapeutic efficacy

28bio launches CNS-3D myelinated organoids to predict therapeutic efficacy

28bio launches CNS-3D myelinated organoids to predict therapeutic efficacy

Product Launches

A person sketched in black and white colour holds their head, looking troubled. His thoughts are visually represented by blue lines that intersect chaotically, suggesting the person suffers from cognitive impairment related to Alzheimer's disease. Beneath his eyes, 6 abstract pattern lines of different blue shades progress toward him. These lines symbolize the 6 distinct hiPSC-derived cell lines that researchers have used to engineer a 3D immuno-glial-neurovascular human brain model for preclinical research into neurodegenerative disorders.

A person sketched in black and white colour holds their head, looking troubled. His thoughts are visually represented by blue lines that intersect chaotically, suggesting the person suffers from cognitive impairment related to Alzheimer's disease. Beneath his eyes, 6 abstract pattern lines of different blue shades progress toward him. These lines symbolize the 6 distinct hiPSC-derived cell lines that researchers have used to engineer a 3D immuno-glial-neurovascular human brain model for preclinical research into neurodegenerative disorders.

3D immuno-glial-neurovascular human brain platform for high-fidelity disease modelling

3D tissue platforms

Emulate launches Brain-Chip R1, first-in-class comprehensive neurovascular unit

Emulate launches Brain-Chip R1, first-in-class comprehensive neurovascular unit

Emulate launches Brain-Chip R1, first-in-class comprehensive neurovascular unit

Product Launches

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