LimsPulse
Bioanalytical

Real-time PCR (qPCR) system

A thermal cycler with a built-in fluorescence reader. It copies a chosen DNA sequence cycle by cycle and measures the fluorescence in every well after each cycle, so the starting amount of DNA can be calculated from a standard curve.

  • Biotechnology
  • Biopharmaceutical
  • Cell and gene therapy
  • Academic research
  • Agricultural biotech
  • Food authenticity
Photo of a Real-time PCR (qPCR) system
Photo: İnformatic, CC BY-SA 3.0 (cropped), via Wikimedia Commons
PREVENTIVE MAINTENANCE

Maintenance checklist

Each run

  • Check the block is clean and free of liquid or debris
  • Review NTC results as an ongoing contamination check

Monthly

  • Run a background calibration (empty or water plate) as the manufacturer advises
  • Inspect block wells for contamination using a background plate
  • Clean the block with the recommended solution if contamination is seen

Every 6–12 months

  • Verify block temperature accuracy and uniformity with a calibrated probe kit
  • Repeat ROI/uniformity and dye calibrations
  • Run a performance verification plate (for example a reference DNA dilution series)

Annual

  • Preventive maintenance by the supplier (lamp/LED, fans, heated lid, optics)
  • Check software audit-trail and backup settings
SAFETY

Safety precautions

Before you work on the qPCR
  • The block and heated lid reach over 100 °C. Let them cool before touching.
  • Some DNA-staining dyes and decontamination solutions are irritants. Read the SDS and wear gloves.
  • Handle cell-derived samples as per your site biosafety rules.
  • Do not look directly into the excitation light path during maintenance.
In LimsPulse · Calibration Management

Keep every qPCR in control: usage logs, calibration and maintenance schedules, and automatic blocking of overdue instruments.

See how