Microfluidic Chips and Devices

Microfluidic chips and devices can support many applications across biological research. A notable area is cell culture, where microfluidic platforms can enable researchers to reconstruct physiologically relevant tissue microenvironments. Among these are biological features such as laminar flow, shear stress, vascularization, blood-brain barriers, chemical concentration gradients, and air-liquid interfaces. These microfluidic platforms offer researchers quantifiable, optically accessible, and experimentally tunable analogs to architectures found in living tissue. Other microfluidic chips are designed to serve applications such as electrophoresis, PCR detection, and nucleic acid analysis with efficiency and cost-effectiveness in mind. Visit the supplier page for more information, including product-specific mechanisms, properties, and designated applications.