Laboratory Equipment Blog
If the resistance reading from your Endohm don't stabilize, you may need to do some troubleshooting.
WPI's new Biofluorometer is now available with high intensity LED modules, opening a wide variety of new applications in cellular biology and neuroscience.
WPI's STX100 electrodes for Trans-epithelial electrical resistance (TEER) measurements increase accuracy and reproducibility of TEER readings (±5) of the STX100 electrode compared to the standard STX2.
WPI offers the EVOM2 meter with a variety of electrodes for manual TEER measurement. Your your High Throughput Screening (HTS) needs, WPI offers the REMS system, which includes a robotic arm. For more flexibility, you may use the REMS-KIT electrode that can be mounted in your own robotic system.
Using a robotic arm and a computer, you can automate your Trans-epithelial electrical resistence (TEER) measurement, significantly improving accuracy, repeatability and the sheer volume of measurements you can make. The WPI REMs robotic system simplifies TEER research.
WPI's EndOhm chambers were designed for making TEER measurement of endothelial cell cultures in individual cups.