LUMEX real-time fluorescence quantitative chip PCR instrument (non-medical use)

The real-time fluorescence quantitative PCR analyzer AriaDNA adopts advanced real-time fluorescence microchip technology, combined with method reagent kits, making pathogen and transgenic fragment analysis and detection simple and fast. *Microchip technology ensures that sample analysis avoids cross contamination, detection results are more reliable, reagent consumption is reduced, and analysis costs are lowered. Freeze dried chips and microporous empty chip platforms are optional. Freeze dried chips do not require a cold chain, and one platform can directly detect multiple pathogens. This device has been tested by numerous institutions such as the Chinese Academy of Agricultural Sciences, UBC University in Canada, the Institute of Quarantine Research of the Chinese Academy of Inspection and Quarantine, the Moscow Epidemic Monitoring Center, St. Petersburg University, the Russian Livestock Service, SGS, etc., and its performance and quality have achieved *. LUMEX's AriaDNA microchip real-time fluorescence quantitative PCR instrument won the 2019 Pittcon Today Excellence Awards in Pittsburgh, USA for its performance and innovation. This award highly recognizes and acknowledges LUMEX's microchip real-time fluorescence quantitative AriaDNA product line.

LUMEX Real time Fluorescence Quantitative Chip PCR Instrument - AriaDNA ® working principle

Real time PCR technology is a new nucleic acid quantification technique that cleverly combines nucleic acid amplification, hybridization, spectral analysis, and real-time detection technology by using fluorescence energy transfer technology and fluorescent labeled probes on the basis of conventional PCR; By using fluorescence signals to detect PCR products, on the one hand, sensitivity is improved, and on the other hand, it is possible to collect data for each cycle of PCR, establish real-time amplification curves, accurately determine CT values, and thus determine the copy number of the starting DNA based on CT values, achieving true DNA quantification; Additionally, as CT value is an objective parameter, the smaller the CT value, the smaller the initial copy number of the template DNA; Therefore, real-time PCR methods that use CT values to determine DNA copy number are more accurate than conventional endpoint quantification methods.

LUMEX Real time Fluorescence Quantitative Chip PCR Instrument - AriaDNA ® application field

Biomedical: Diagnosis of infectious diseases such as hepatitis, AIDS, avian influenza and venereal diseases; Molecular diagnosis; Genetic testing, gene therapy drugs, etc

livestock farmingAvian influenza, Newcastle disease, foot-and-mouth disease, swine fever, brucellosis and other bovine diseases, avian diseases such as bursal disease (IBDV), viral hemorrhagic septicemia virus (VHS and other fish diseases), Salmonella, Escherichia coli, Actinobacillus pleuropneumoniae, parasitic diseases, etc;

food safetyFoodborne microorganisms such as Salmonella, Shigella, and Listeria monocytogenes; Rapid detection of food allergens, GMO genetic modification testing and quantitative analysis, animal origin analysis; Microbial colonies: total number of colonies, total coliforms, heat-resistant coliforms, Escherichia coli, Giardia and Cryptosporidium

Potato Seed PotatoDNA pathogens such as potato ring rot pathogen and late blight black shank disease; Potato leaf curl virus and other RNA pathogens; Potato nematode, silver nematode and other soil borne diseases.

scientific researchQuantitative research on molecular biology related to medicine, agriculture, animal husbandry, and biology.

Characteristics and advantages of AriaDNA analysis

·Advanced real-time fluorescence quantification technology and reagent method package, convenient detection, accurate analysis

·Fast heating/cooling speed, rapid temperature balance, shortened analysis time, and improved reaction characteristics

·Microchip technology ensures sample analysis avoids cross contamination and results in more reliable testing

·*Microchip platform design reduces reagent consumption and lowers analysis costs

·Freeze dried chips do not require a cold chain, allowing for direct detection of multiple pathogens on a single platform

·Optional freeze-drying chip and microporous chip platform

Technical specifications

Heating speed 12 ℃/s

Cooling rate 10 ℃/s

Small DNA content of 1-5 DNA copies in microreactors

Single analysis sample size, total analysis time 45 cycles, 20 minutes

16-48 microreactors in a single gene chip

Reagent required for a single sample (2x PCR mixture) 0.5-1 μ L

The chip comes with built-in curing reagents

Detection channel 1 dye FAM, SYBR Green

Detection channel 2 dye ROX

Software control external PC control PCR analysis software and database maintenance

Power requirement: 80W

Appearance specification 250x300190mm

Weight 5kg

Note: This instrument has not obtained the Medical Device Registration Certificate of the People's Republic of China and cannot be used for clinical diagnosis or treatment related purposes