RealLine CMV quantitative

The RealLine CMV quantitative kits are designed for sensitive detection of CMV DNA in clinical samples by Real-Time PCR. The kit is designed for in vitro Diagnostics and can be used for a quantitative determination of the viral load.

All components are lyophilized and ready-to use.

REF: N/A Categories: , Tag:


The Cytomegalo Virus CMV is commonly carried by the general population (50 to 80 %). CMV infection is important for certain high-risk groups: patients who are immunocompromised e.g. patients with HIV, organ transplant recipients, persons with leukmia, pre-natal and postnatal infants. Therewith CMV is one of the TORCH infections that lead to congenital abnormalities and therefore an early diagnosis of CMV especially for pregnant women and women in the reproductive age is extremely important.

Sample Material

  • Scrapings of epithelial cells
  • Saliva
  • Semen
  • Prostatic fluid
  • Urine
  • Whole blood, serum, plasma, leukocytic mass


Detection channels

  • FAM (495 – 520 nm) for Internal Control (IC)
  • ROX (575 – 602 nm) for Cytomegalovirus CMV DNA

For optimal results please always use the RealLine Internal Control. In case you do not use RealLine Extraction kits, order RealLine Internal Control (REF VBC8881) seperately.


In Str-format kits the Ready-Mastermix is lyophilized and prepared in 0.2 ml white tubes arranged in a plate. For the preparation the respective number of tubes can be easily cutted.  50 µl of extracted DNA/RNA have to be pipetted to the tubes, close the tubes with PCR- foil or caps and run the test. The tubes are medium-profile tubes and fit to RealLine Cyclers, BIO-RAD cyclers and others.

RealLine Cycler 48 or RealLine Cycler 96 (BIORON Diagnostics GmbH)

CFX96, iQ5 iCycler (Bio-Rad, USA)

DTprime, DTLite (DNA-Technology, Russia)

Our kits are compatible to other Real-Time Cyclers. Please read the IFU properly and ask us for recommendations of device settings!

IFU Str-format - VBD1598

Additional information

Additional information

RealLine CMV quantitative

Str, Fla