Biosensor Systems, Automated Products & Reviews

Achieve high-quality data for both thermally unstable proteins as well as extended assay times The Gator® Pivot instrument is designed for intermediate-throughput analysis. 16 spectrometers enable high frequency parallel measurement of up to 16 samples. It is also equipped with temperature and evaporation control that alleviates concerns about analyzing thermally unstable proteins and the risk of sample evaporation during ext…

The Gator ® Ni-NTA probes enabler rapid and continuous quantification of His-tagged proteins without the need for Ni2+ recharging. The stable immobilization of His-tagged proteins allows for facile kinetics analysis with binding partners, off-rate screening, and epitope binning of antibodies experiments.

The Gator ® Ni-NTA probes enabler rapid and continuous quantification of His-tagged proteins without the need for Ni2+ recharging. The stable immobilization of His-tagged proteins allows for facile kinetics analysis with binding partners, off-rate screening, and epitope binning of antibodies experiments.

The advantage of ductless on a traditional fume hood structure with lower operating and energy costs.

Automated Cell Culture Analyzer with Maintenance-Free Chemistry Sensors  

The New Definition of Simplicity for Cell Culture Monitoring

Compact pH / PCO2 / PO2 Analyzer

Dip-in probes with a generic surface chemistry that can couple a wide range of biomolecules

The xCELLigence RTCA S16 instrument uses biosensors to continuously monitor live cell proliferation, morphology change, and attachment quality in a label-free and real-time manner. The instrument operates in a standard CO2 cell culture incubator and the control unit is housed outside the incubator. User-friendly software allows for real-time control and monitoring of the instrument with real-time data analysis functions.…

The xCELLigence RTCA ePacer provides an easy and effective way to produce functionally mature hiPSC cardiomyocytes. The ePacer improves the maturation status of the cardiomyocytes in 2-3 weeks using precise and electrical pacing conditions over different time durations. The simple pacing protocol, using precise and consistent electrical pacing conditions, improves the functionality of hiPSC cardiomyocytes and their response to…