AB-2550 Kronos Dio
Bioluminescence measurement system for living cell and tissues
Kronos Dio is a luminometer for detecting bioluminescence in living cells and tissues by PMT.
Purpose and Application
- Real time reporter gene assay
- Transcriptional factor activity,
- Clock gene(chronopharmacology).
- Gene expression(Transfection,RNAi,etc)
- Analysis of cell responses
- Drug response(Anti-cancer drug,DDS,etc),
- Stress response(Hormone,Inflammation,Anti-Oxidant),
- Analysis of signal pathway
- Signal cascade(Calcium),
Kronos Dio(AB-2550) is a luminometer for detecting bioluminescence in living cells and tissues by PMT. It is available to control temperature and CO2 gas concentration inside Kronos Dio such as an incubator for cell & tissue culturing. Besides Kronos Dio gives superior performance for multi-color assay, which can detect different colors of luminescence up to three in the same time by internal optical filtering system. Kronos Dio is performing to detect high sensitivity for dim and weak luminescence consecutively in culture samples such as cells and tissues in 35mm culture dishes for a long time. Therefore, it is not required to prepare several samples for measuring each time point to chase alteration in chronologic bioluminescence. In this way, it is very reasonable and convenient against conventional way and method in terms of saving time, accuracy and efficiency.
Brief Operation Guide
mp4 video movie introducing Kronos Dio operation workflow, including PC software operation as well as experimental protocols. 2min 59sec
Optional Accessories and Consumables
|Product Code||Product Name||Price||Quantity|
|3510120||AB-2550 KronosDio 1set||Ask Price|
|3510121||AB2550N Kronos Dio 1 set||Ask Price|
PC is not included in AB-2550 Kronos Dio.
Recommended PC specification is Windows 7, 1GB RAM,1GB hardware space.
Kronos Dio is controlled with a Windows PC. Measurement of 8 samples is monitored on a window, and data are saved automatically. One PC is available to control Up to 5 Kronos Dio system, with either the same or different conditions for respective systems.