Organ chip refers to a microsystem built on a chip that mimics the physiological conditions of a specific organ, including living cells, tissue interface, biological fluid, and mechanical force. This technology allows researchers to replicate the activities of human organs in vitro and study various biological behaviors in a controlled and visible way. It also enables them to predict the response of the human body to different drug stimuli, leading to a potential revolution in medicine and drug manufacturing.
High-throughput Barrier Function Organs-on-Chips IBAC®-M
High-throughput Barrier Function Organs-on-Chips IBAC®-M
IBAC M1 is a high-throughput barrier function organ chip, which is suitable for the construction of various single organ models with barrier functions, such as blood-brain barrier, kidney barrier, intestinal barrier, lung barrier, etc., and multi-organ co-culture.
Organoid Expansion Chip for Dynamic Culture IBAC®-O
Organoid Expansion Chip for Dynamic Culture IBAC®-O
IBAC O1 is a dynamic co-culture organoid chip. Pump-free, high-throughput dynamic fluid perfusion is achieved through the gravity drive of the precision shaker, which improves the biomimeticity of the model. The unique design of the space allows for two different modes of cell seeding, contact and non-contact, enabling the construction of various organoids and related co-culture models.
IBAC S1 is a 3D high-throughput micro-organ chip, suitable for 3D culture of various cells, construction of organoid models and high-throughput drug screening.
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