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Organoid technologies

Explores current advances in organoid‑engineering technologies

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

Human sympathetic ganglion organoids support investigation of sympathetic innervation of target organs

Human sympathetic ganglion organoids support investigation of sympathetic innervation of target organs

Human sympathetic ganglion organoids support investigation of sympathetic innervation of target organs

Organoid technologies

Autologous human tumor-immune organoid model for patient-specific prediction of response to immunotherapy

Autologous human tumor-immune organoid model for patient-specific prediction of response to immunotherapy

Autologous human tumor-immune organoid model for patient-specific prediction of response to immunotherapy

Organoid technologies

Human liver sketched in black and white. A purple grid is situated on top of the liver. Each line of the grid represents the chronology of immune-mediated drug-induced liver injury (DILI) - exposure to a drug or a chemical compound, followed by formation of reactive metabolites, innate immune activation, adaptive immune activation, mitochondrial dysfunction, apoptosis, and necrosis.

Human liver sketched in black and white. A purple grid is situated on top of the liver. Each line of the grid represents the chronology of immune-mediated drug-induced liver injury (DILI) - exposure to a drug or a chemical compound, followed by formation of reactive metabolites, innate immune activation, adaptive immune activation, mitochondrial dysfunction, apoptosis, and necrosis.

Immune-competent human liver organoids model adaptive immunity-mediated idiosyncratic DILI

Organoid technologies

Stylized pink and orange tree with a bubble-like texture, stands against a pastel gradient background. The tree is composed of 6 groups of branches, representing a newly engineered 6 region brain organoid.

Stylized pink and orange tree with a bubble-like texture, stands against a pastel gradient background. The tree is composed of 6 groups of branches, representing a newly engineered 6 region brain organoid.

Multi-region brain organoids for unprecedented insights into human neurodevelopmental disorders

Organoid technologies

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