Android Real Time Thermal Cycler PCR Machine AC100V Built In WIFI Module

Fast ForeAmp-ST698 LED Digital Displayr PCR machines China Laboratory PCR
 

Description:

ForeAmp series thermal cycler has Android operation system and 10 . 1 inch capacitive touch screen . Operation is very smooth and simple . Air channel is in front and back and it allows machine placed side by side . Self-adapting pressure hot lid makes closing lid and tightening lid in one step . It has long service life peltier heating units and max . ramping rate is 8℃/s and cycle times is more than 1000,000 . Wifi unit is built in and user can control many units of PCR through mobile App .

 
Feature

1.Simple ,stylish and full-featured

2.Independent six temperature zones ,

3.Optimization of gradient function

4.First two-dimentional gradient in China

 
Specification

Application

1.Gene amplification for research and clinical use

2.Qualitative PCR gene amplification

3.Fluorescent/Enzyme-Free Endpoint Quantitative DNA Gene Amplification

4.Gene amplification for other gene analysis applications such as microarrays

5.Suitable for various PCR kits at home and abroad for infectious diseases (various hepatitis viruses, Mycobacterium tuberculosis, STD sexually transmitted diseases, prenatal and postnatal care, mycoplasma, chlamydia, parasites, etc.), tumors (P53, Helicobacter pylori, etc.), scientific research (Genetic identification, bacterial virus typing, etc.)

Background

The so-called real-time Q-PCR technology refers to the method of adding fluorescent genes to the PCR reaction system, using the accumulation of fluorescent signals to monitor the entire PCR process in real time, and finally quantitatively analyzing the unknown template through the standard curve. In the development of real-time technology, two important discoveries played a key role: (1) in the early 1990s, the discovery of the 5' exonuclease activity of Taq DNA polymerase, which can degrade specific fluorescent probes; needle, thus making indirect detection of PCR products possible. (2) The use of fluorescent double-labeled probes enables real-time monitoring of the entire reaction process in a closed reaction tube. The combination of these two findings and the commercial development of the corresponding instruments and reagents has led to the use of real-time Q-PCR methods in research work.