Patented Chip Based Design Provides Extremely Rapid Output - “30 Cycles in 12 Minutes”
Perfect for Food and Beverage applications like Pathogen and GMO testing
Wide uses include General Research and Education
Free dedicated software and simple to program
Affordable, Innovative and Ultra-Fast
The best tool to make your QPCR Diagnostics application faster and easier
GENECHECKER™ has adopted a special polymer chip (Rapi:chip™) which enables much faster thermal transfer to the samples when compared to conventional PCR tubes or plates. The thermal cycling mechanism of GENECHECKER™ achieves 8°C/sec ramping rate for both heating and cooling.
Upgraded camera module and state of the art software technology improves real-time analysis.
The Integrated camera module of GENECHECKER™ fully monitors and records the fluorescence signal of each sample and the recorded fluorescence values are processed and displayed by GENERECORDER software. Using this unique data analysis method, GENECHECKER™ provides very precise results of reactions compared to conventional real-time PCR instruments in the market which are collecting fluorescence data through an optical scanning method. The user interface of GENERECORDER was designed to help general real-time PCR instrument users operate this innovative instrument very easily. GENERECORDER provides amplification curves, melting curves and melting peaks for easy analysis.
GENECHECKER comes with GENERECORDER software and is easily installed. No user’s calibration is needed to run the instrument.
GENERECORDER Screenshot after a reaction
1. Ct values depending on DNA quantity are displayed. Threshold value to determine Ct values are automatically scaled but user can also set desired threshold value. Tm values of each sample are displayed.
2. By clicking this button, Ct value and Tm value of each well are displayed.
3. User can type the name of sample in each well. By clicking each well, user can select sample of which curves need to be displayed and compared.
4. After 15 cycles are performed, these curves are automatically displayed on the program window. Depending on the expressions of genes, curves having different
Ct values are displayed
5 & 6. By comparing melting curves and peaks, user can confirm that PCR products of each well are its target gene or not.
Operating Mechanism Precise Control of Peltier Element Temperature Accuracy ± 0.5°C
Temperature Uniformity ± 0.5°C (Well to Well)
Temperature Stability ± 0.5°C
Ramping Rate 8.0°C / second
Temperature Range 35 ~ 65 (1.0°C Increment) for RT Step 20 ~ 99 (1.0°C Increment) for PCR
Sample Format Polymer Based 3-Dimensional Microfluidic Chip Number of Samples per Run 10
Required Sample Volume 10μl
Typical PCR Duration Less than 12 Minutes for 30 Cycles (without RT Step) Method of Detection Comparison of Digitized Fluorescence Signal Display Text LCD (4 Line)
Integrated Memory Saves up to 12 PCR Protocols
Type of Excitation High Brightness LED Wavelength 465nm ± 10nm
Number of Detection Channel 1
Method of Fluorescence Measurement Integrated Camera Module
PC Connection USB 2.0 A to B (PC to Device, Only available through GENERECORDER) Power (Wattage) AC 110-230V (50-60Hz) Input / DC 12V Output (70W) Dimension / Weight 200(w) x 200(d) x 125(h) mm / 3.2kg
Cat. No. Description Pack Size
001151 Model UF-150 GENECHECKER™ Ultra-Fast Real-time PCR System 1 Unit