

Discover the potential of our innovative device designed to induce hydrostatic pressure on the basolateral side of epithelial monolayers cultured on commercial transwell systems. While still under active study and not yet published, there is preliminary evidence suggesting that this system supports epithelial layer differentiation more effectively than traditional air-liquid interface (ALI) methods, potentially replicating more in vivo-like conditions. With adjustable pressure settings, it seamlessly integrates with standard transwell setups, providing a versatile tool for differentiating epithelial cells. Please note that these observations are preliminary. Contact us for more details and to explore how this device can enhance your experimental capabilities., 4 Transwells culture spots per device.

Faculty of Engineering
Research lab focused on advancing scientific knowledge and innovation.
PhD Candidate
Discover the potential of our innovative device designed to induce hydrostatic pressure on the basolateral side of epithelial monolayers cultured on commercial transwell systems. While still under active study and not yet published, there is preliminary evidence suggesting that this system supports epithelial layer differentiation more effectively than traditional air-liquid interface (ALI) methods, potentially replicating more in vivo-like conditions. With adjustable pressure settings, it seamlessly integrates with standard transwell setups, providing a versatile tool for differentiating epithelial cells. Please note that these observations are preliminary. Contact us for more details and to explore how this device can enhance your experimental capabilities., 4 Transwells culture spots per device.



Faculty of Engineering
Research lab focused on advancing scientific knowledge and innovation.
PhD Candidate
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