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Mimetas launches OrganoAccess™ perfusable vascular bed for advanced 3D tissue modeling

Mimetas launches OrganoAccess™ perfusable vascular bed for advanced 3D tissue modeling

Mimetas launches OrganoAccess™ perfusable vascular bed for advanced 3D tissue modeling

Product Launches

A stylized complex multi-layer shape, representing 3D bioprinted human tissues for biomedical research. At its center, in orange colour, are functional bioprinted pancreatic islets. The use of innovative computer vision and microscopy technology to obtain an adaptive, context-aware printing is symbolized by eyes situated at the periphery of the printed construct.

A stylized complex multi-layer shape, representing 3D bioprinted human tissues for biomedical research. At its center, in orange colour, are functional bioprinted pancreatic islets. The use of innovative computer vision and microscopy technology to obtain an adaptive, context-aware printing is symbolized by eyes situated at the periphery of the printed construct.

Adaptive and context-aware volumetric printing enhances functional relevance of 3D bioprinted human tissues

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

Genetic Engineering Unlocks Organotypic Vascularization

Organ-on-a-chip systems

UMC Utrecht receives €2.3M grant to advance its generative, context-aware 3D bioprinting method

Grants Awarded & Funds Raised

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