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OrganoBiotech ushers in a new era of high-throughput organoid chips

NegotiableUpdate on 12/23
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OrganoBiotech ushers in a new era of high-throughput organoid chips: Traditional organoid chip technology is limited in its application in drug development and disease model construction due to its cumbersome operation, low throughput, difficulty in vascularization, and lack of immune components. OrganoBiotech, with three types of chips including IFlowplate, Uniplate, and Angioplate, as well as the IFlowrock gravity driven perfusion system, is making a strong comeback, breaking through technological bottlenecks and ushering in a new era of high-throughput organoid chips!
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OrganoBiotech: ushering in a new era of high-throughput organoid chips


Traditional organoid chip technology is limited in its application in drug development and disease model construction due to its cumbersome operation, low throughput, difficulty in vascularization, and lack of immune components.OrganoBiotech, with three types of chips including IFlowplate, Uniplate, and Angioplate, as well as the IFlowrock gravity driven perfusion system, is making a strong comeback, breaking through technological bottlenecks and ushering in a new era of high-throughput organoid chips!

Five core advantages to solve industry pain points:

High throughput: 384 well designA single experiment can generate a large number of organoid models, significantly improving experimental efficiency and reducing costs. The optical grade substrate supports confocal and high content imaging

Easy to operate: Open room design for easy operation and subsequent analysis,No need to use a pump systemEasy to get started.

Angiogenesis: Angiopolate chip simulates human vascular structure and constructsMembrane free vascularized organoid modelTo more accurately reflect the physiological state.

Immune components: Uniplate chips can be implemented without the need for a pump systemLong term directed circulation of immune cellsSimulating the tumor microenvironment to assist in immune research.

Simulate the physiological environment inside the body:There is no physical membrane gap between the perfusion channel and the surrounding matrix, and cells can directly contact and interact with each other, simulating the physiological tissue environment in vivo

OrganoBiotech product family:

IFlowplate: high-throughput bidirectional perfusion, simulating human tissue interstitial flow, suitable for constructing various tissue models.

Uniplate: Unidirectional perfusion, simulating unidirectional flow of blood vessels, suitable for constructing vascularized organoid models and immune cell circulation.

Angiopolate: Simulate the structure of the human vascular network, construct a membrane free vascularized organoid model, and study vascular diseases and drug toxicity.

IFlowrock: Adopting innovationThe gravity driven perfusion system of technology enables precise perfusion control, and when combined with Uniplate, it can achieve fixed directional circulation perfusion (including culture medium and immune cells) without a pump,Innovatively achieveonlyA commercialized system that can achieve fixed direction circulation perfusion by gravity drive, compatible with all OrganoBiotech chips.

OrganoBiotech, Make organoid chip technology within reach! Take action now and embark on your journey of organoid chips! To provide you with more powerful tools for your scientific research journey, helping you make breakthrough progress in fields such as drug development and disease research!