African swine fever detector

African swine fever detector application scenario:

African swine fever detector is a rapid in vitro qualitative detection of African swine fever (ASF) virus DNA by real-time polymerase.

Basic scientific research

Pathogen detection

Adulterated meat products

Genetically modified test

Food safety testing

Drug development and rational use of medicine

Gene expression

Water monitoring

African swine fever detector instrument technical indicators

African swine fever detector main technical parameters (★ represents parameters that must be met)

★1.1 Sample tank: adopts high-spec aluminum alloy sample tank, with good thermal conductivity, corrosion resistance and oxidation resistance, Peltier heating and temperature control, and a comprehensive sealing design. Whether it is sample solution or condensate, it will not leak into the Peltier temperature control components and other electronic components under the sample tank, which can effectively extend the service life of the instrument.

★1.2 Accurate temperature control system: adopts a high-precision PT1000 temperature sensor, with a temperature control accuracy of 0.01℃, fully ensuring the accuracy of temperature control.

1.3 Sample flux: 96×0.2ml PCR tube, 96-well plate, 12×8 tube.

1.4 Open reagent consumables system: You can choose any brand of reagents, suitable for standard 96-well plates, 8-link tubes or 0.2ml PCR single tubes

★1.5 High-intensity wide spectrum excitation light source: four high-intensity long-life LED solid-state light sources are adopted, blue, green, red and yellow, to ensure strong light intensity in the entire spectrum detection range, improve detection sensitivity, and do not generate heat, have a long service life, and are maintenance-free for life

1.6 High sensitivity detector: Use high sensitivity photomultiplier tube imported from Japan, with higher detection sensitivity

1.7 No optical path correction required: The scanning system can ensure that the signal excitation and detection optical path of each hole are completely consistent, and no optical path correction is required, so there is no need to occupy an additional correction channel, which can achieve true four-channel gene detection.

★1.8 Number of channels: 4 channels are configured.

1.8.1 Channel crosstalk: Use high-precision narrow waveband filter to minimize channel crosstalk. The software can also correct crosstalk parameters

★1.9 Detection sensitivity: Can detect single-copy DNA templates, and can clearly distinguish 1000 copies and 2000 copies of plasmid DNA

★1.10 Linear detection range: 10 orders of magnitude

1.11 Available technical methods: Support commonly used fluorescent dyes and probe detection methods, such as SYBR Green I, Eva Green, Taqman, FRET, Molecular Beacons, Scorpions, Amplifluor, etc.

1.12 module temperature range: 4 - 99 ℃

1.13 Control Mode: Windows Computer

1.14 interface: Computer USB connection

1.15 Working noise: Silent technology, the maximum working noise during operation shall not exceed 45 dB

1.16 Operation analysis software

1.16.1 You can define sample holes after running the program, saving experimental time

1.16.2 When running the program, you can open other experimental data results for review and analysis.

1.16.3 The software automatically calculates the baseline range and automatically sets the threshold line to provide users with reliable and accurate data results.

★1.16.4 The experimental program setting information and detection results can be printed directly into experimental reports, supporting export of various file formats and data styles such as XLS, CSV, WORD and other files and data styles.

1.16.5 The results of the same batch of experiments can be grouped for independent data analysis, and can be divided into up to 12 groups.

★1.16.6 provides Chinese and English software interface.

★The 1.16.7 software can be installed on multiple computers without restrictions, and there is no need to pay to purchase and use rights, and can be upgraded for free for life.

2 Basic configuration:

2.1 Quantitative PCR instrument host

2.3 Operating Instructions

2.4 Power cord and data cord

2.5 One set of operation analysis software