Applied BioPhysics, Inc. products

In terms of in vitro experiments, it is paramount in the scientific community to mimic the natural environment to the best of our abilities. In the case of endothelial cells, providing fluid dynamics to the experiments brings us closer to allowing the cells to behave as they would in the vascular system. That’s why Applied Biophysics is now providing the ECIS p-Flow Peristaltic Pump addition to the ECIS system to collect automated, real-time data of endothelial cells under fluidic shear stress, bringing new meaning to “go with the flow”.

How can TEER assays for barrier function be made easier and more accurate? By making them automated and reporting measurements in real time. The all new TEER24 by Applied Biophysics, Inc. A more effective approach to a traditionally complicated assay.

How can TEER assays for barrier function be made easier and more accurate? By making them automated and reporting measurements in real time. The all new TEER96 by Applied Biophysics, Inc. A more effective approach to a traditionally complicated assay.

Cell population is measured in real time, under incubator conditions, label-free and in 96 wells. Introducing the all new CP96 by Applied Biophysics, Inc. Data collection made easy.”

The ECIS^® Z-Theta is our most advanced all-in-one instrument with a distinct method of accurately measuring cellular behaviors including proliferation, migration, barrier function, attachment, and much more. Not only is the ECIS Z-Theta capable of a multitude of assays, it’s all done in real time, giving it the edge in impedance-based assays.