VESSEL-ON-CHIP
VESSEL-ON-CHIP is a microfluidic model that recreates the structure and
function of blood vessels using endothelial cells under dynamic flow conditions.
It mimics key vascular features such as shear stress, permeability, and barrier function, enabling realistic modeling of vascular physiology and pathology.
Potential applications
- Investigating osteochondral crosstalk and tissue degeneration
- Studying osteoarthritis progression and cartilage breakdown
- Testing regenerative therapies and biomaterials
- Evaluating drug effects on cartilage and bone simultaneously
- Exploring mechanobiology under controlled loading conditions
VESSEL-ON-CHIP
VESSEL-ON-CHIP is a microfluidic model that recreates the structure and
function of blood vessels using endothelial cells under dynamic flow conditions.
It mimics key vascular features such as shear stress, permeability, and barrier function, enabling realistic modeling of vascular physiology and pathology.
Potential applications
- Investigating osteochondral crosstalk and tissue degeneration
- Studying osteoarthritis progression and cartilage breakdown
- Testing regenerative therapies and biomaterials
- Evaluating drug effects on cartilage and bone simultaneously
- Exploring mechanobiology under controlled loading conditions
Ai-Twin srl
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C.so Trieste, 15/A – 28100 Novara (NO)
C.F./P.IVA 02722210032
SDI SUBM70N
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