Together with optimized qiagen kits for real time pcr the rotor gene q enables streamlined analysis for a wide range of applications.
Qiagen qpcr machine.
Real time pcr thermal cyclers thermocyclers carry out quantitative pcr qpcr for experiments in gene expression genetic variation genotyping and specific detection of rare targets bacteria and viruses.
I used to use a 96 well qpcr machine but 384 well qpcr machines are way better.
Also the light cycler is plate based while the rotor gene you can use tubes which makes it much more flexible.
Together with optimized qiagen kits for real time pcr the rotor gene q enables streamlined analysis for a wide range of applications.
Am looking for a qpcr machine for 96 or 384 well plate.
Video to demonstrate how to load strip tubes using a multichannel pipet for analysis on the rotor gene q real time pcr cycler.
You can fit a lot more samples per plate and use.
Q rex software is operating and analysis software for life science qpcr applications.
Cdna for sensitive and specific mirna detection.
The mygo is.
Our block cyclers such as the qiaquant 96 and 384 for real time pcr and the qiaamplifier 96 for end point pcr deliver rapid reproducible results in broad a range of pcr applications.
Your qpcr assays not only rely on highly sensitive and specific detection but also a qpcr machine with fast cycling protocols and the right throughput for your needs.
Qpcr assays arrays and kits.
A gradient function for assay optimization throughput and low noise are other essential factors you need to consider when choosing a pcr machine.
Rotor gene q from qiagen is indeed of a reasonable price for a reliable and outstanding performance in real time pcr.
A gradient function for assay optimization throughput and low noise are other important factors you need to consider when choosing a qpcr instrument.
The reagent kits for qpcr and hrm are much easier to use with qiagen.
Absolute quantification determines the absolute amount of target expressed as copy number or concentration whereas relative quantification determines as the first step of analysis the ratio between the amount of target and the amount of a control e g.
Target nucleic acids can be quantified using either absolute quantification or relative quantification.
