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| Product Name | High-throughput Membrane-free Microfluidic Chip |
| Catalog Number | OOC-008 |
| Description | The high-throughput membrane-free barrier chip is a perfusable 3D culture chip with three interconnected channels. It utilizes the solid-edge effect to create a membrane-free barrier, enabling the positioning of cells within the three channels to facilitate intercellular interactions and sufficient exchange of oxygen and nutrients; fluid flow within the chip is sustained through gravity-driven mechanisms. |
| Applications | Construction of tubular models, such as blood vessels, intestines, and renal tubules; construction of blood-brain barrier models; construction of tumor microenvironment models; drug development and screening; basic scientific research, such as cell transport and migration, immune mechanisms, and barrier function assessment. |
| Features | It reliably enables the construction of tubular tissue models such as blood vessels, intestines, and renal tubules. With high throughput, it supports large-scale biological model construction. It reliably constructs complex models, including vascularized and immunized models. When used with a rocking perfusion device, it enables continuous dynamic culture, facilitating thorough nutrient exchange. Three independent channels allow for flexible spatial distribution and co-culture of various cell/tissue types. A unique liquid control technology based on solid-edge effects enables unimpeded material and signal exchange. |