| 1. Wide wavelength range - basically meets all colorimetric and turbidity experiments
In the optical path design of Multiskan GO, a first generation monochromator is applied to generate continuous wavelengths with a wavelength range of 200-1000 nm for detection. The 1nm step increment can generate a measurement bandwidth of 2nm, ensuring excellent spectral resolution. The dual beam optical system, including a built-in reference detection channel, ensures obtaining * results in any measurement situation. After the instrument is started, it automatically performs a diagnostic program to check the light source, monochromator, detector, and carrier position to ensure the stable and reliable operation of the instrument.
2. Quick scanning function - greatly improves the efficiency of laboratory work
Fast wavelength scanning function. Multiskan GO performs spectral scanning from 200nm to 1000nm (1nm step) in just 10 seconds. Compared with similar products, the time is reduced by more than 80%, greatly improving laboratory efficiency.
3. Independent use, Chinese interface - fast, convenient, and easy to operate
Multiskan GO is designed for independent use. Through the large color LCD screen and graphical user interface, program editing becomes very simple, with pre-set programs including DNA and RNA concentration measurements. In addition, any measurement data can be exported through a USB interface. The system adopts
4. Flexible format of microplates - Expand the specifications of microplates to meet different experimental needs
Multiskan GO can detect 96&384 well plates, and can also be equipped with colorimetric cup bases (standard, trace, ultra trace colorimetric cups, TrayCell) to meet different experimental needs.
5. Incubation system - providing the best detection temperature to avoid errors caused by evaporation
Multiskan GO can incubate microplates and cuvettes, making it ideal for temperature sensitive experiments. The temperature of microplates and cuvettes can be maintained between (room temperature+4) and 45 degrees Celsius, such as enzyme kinetics and cytology experiments. The microplate can also undergo linear oscillation, with three adjustable speeds to ensure sample mixing.
6. Skanlt Instrument Control and Data Analysis Processing Software
The SkanIt software is logical and user-friendly, with a simulator function. The data analysis functions include quantitative curve fitting, qualitative analysis, dynamic calculation, custom equations, and parallel line analysis (PLA, in compliance with EU regulations). Data export is convenient and fast, with one click export to Excel, and detailed result reports can also be generated through specialized tools.
7. Energy saving mode - the most environmentally friendly enzyme-linked immunosorbent assay (ELISA) reader
When the instrument is not working, it automatically enters power-saving standby mode, saving 70% of energy consumption. When in use, simply press any key to wake up the system. In addition, the carrier of Multiskan GO has been specially designed to be compatible with automation systems
Typical experimental applications
ELISAs experiment
Cell proliferation and toxicity experiments
– MTT, XTT, Brdu （5-Bromo-2-deoxy-uridine）
– LDH （Lactate dehydrogenase, enzymatic）
Growth factors, cytokines
– Interferons, Erythropoietin, human growth hormone, Tumor necrosis factor
Cell adhesion
– CD4, ELAM, ICAM, VCAM, LFA, PLA2, etc
Protein quantification experiment
– A280,BCA，Brafold，Lowery
Nucleic acid quantification (purity) experiment
– A260,DNA，RNA，A260/A280
Enzyme activity and enzyme kinetics experiments
Vmax and Km calculation, endotoxin testing |
