Bionas in-vitro Systems- excellence in live cell analysisBionas® specializes in instruments and services for real-time and label-free cell-based assays.
The Bionas® 2500 analyzing system is a 6 channel system for the simultaneous monitoring of oxygen consumption, acidification and cellular impedance (adhesion/confluence). The instrument provides real-time data about the metabolic activity of cells, including regeneration effects. Adherent, primary or suspension cells can be analyzed for applications in toxicology, oncology and drug discovery.
Bionas® also offers GLP laboratory service to its customers
Product News:
Bionas® 9600 adcon reader -Impedance-based cellular analysis
Real-time and label-free cellular analysis for applications in
- compound mediated toxicity
- chemo- and radiosensitivity testing in oncology
- drug discovery, drug profiling
- GPCR assays
- standardization and optimization of cell culture
- quality control of cells
The impedance technology allows non-invasive, label-free monitoring of dynamic cellular events in real-time for screening applications and laboratory research. The Bionas® 9600 adcon reader technology allows faster classification of leads and reduces time to market.
Instrument key features:
- label-free
- real-time data acquisition
- continuous measurement for seconds up to days
- simple handling
- easy upgrade to increase throughput in cell culture labs
- HTS compatible
For more information about the Bionas® 9600 adcon reader visit the product page
Examples of real-time data generated with Bionas® 9600 adcon reader:
Fig 1: Different numbers of V79 cells were initially seeded and proliferation was monitored for 72h using impedance technology.
Fig. 2: Carbachol-induced activation of native Gq-coupled mAChR of TE671 Cells and antagonistic effect of atropine and pirenzepine
Real-time monitoring of cell impedance has been validated through Bionas® 2500 analyzing system in many applications.
The Bionas® 9600 adcon reader is intended for research use only, not for diagnostic applications.