Perform calcium signaling assays on cardiac organ-on-a-chip using Aria. Learn how calcium transients and electrophysiology in hiPSC-derived microtissues is analyzed.
Discover microfluidic interfaced capillary electrophoresis for automated, precise analysis and monitoring of biomolecular interactions and drug delivery.
Explore best practices in microfluidic perfusion for organ-on-a-chip, live-cell imaging, drug testing, and advanced flow control systems
The microfluidic receptomics-based tongue-on-a-chip platform assesses how taste receptor live cells respond to different sweeteners.
Explore how microfluidics revolutionizes drug delivery with precise nanoparticle synthesis, microneedles, and organ-on-chip technologies.
Microfluidic 3D printing combines flow control and laser lithography to create high-resolution multimaterial structures, enabling advanced cell culture and bioprinting.
Dr. Agarwal’s Physiomimetic Microsystems Laboratory (PML) developed the microfluidic pancreas-on-chip platform that can provide controlled oxygen and perfusion environments for viability and real-time imaging.
Droplet microfluidics enables precise liquid control for drug discovery, diagnostics, and materials. Follow these 10 tips to master stability, flow, and encapsulation.
This study introduces a microfluidic transistor, mimicking electronic behavior, enabling precise fluid control in lab-on-a-chip systems.
A precise flow control system and micro-cannula injection method were developed to regulate atrial preload and assess cardiac function in zebrafish larvae.
