Qiagen PyroMark Q24 Sequencer

• Targeted SNP analysis in genetic research.
• Mutation detection in disease diagnostics.
• Epigenetic research, particularly DNA methylation analysis.
• Microbial identification and characterisation.
• Antimicrobial resistance gene detection.

Typical throughput

This model typically processes 24 samples per run, suitable for medium-throughput applications.

Detection method

Utilises pyrosequencing technology for real-time, sequence-based detection.

Sample type compatibility

Commonly used with PCR products amplified from genomic DNA, cDNA, or other nucleic acid sources.

Software

Units of this type typically integrate with proprietary software for assay design, run setup, and data analysis.

Power supply

For this class of equipment, a standard laboratory power supply, typically 230V, 50Hz (UK standard), is required.

Footprint

Benchtop design; buyers should confirm exact dimensions with the seller for laboratory space planning.

• What is pyrosequencing?

  Pyrosequencing is a real-time, sequence-by-synthesis method that detects pyrophosphate release upon nucleotide incorporation, generating a pyrogram for sequence determination.

• Can this unit perform methylation analysis?

• What consumables are required for operation?

• Is training required to operate this sequencer?

• What kind of maintenance does a used unit typically require?

Sequencers and ion sequencing systems hold strong reputations for reliability in molecular biology applications. Buyers typically value their consistent performance and capability for high-throughput genomic analysis. When purchasing used equipment, focus on maintenance history, calibration records, and verification of sensor functionality. Industry sentiment highlights durability as a key strength, though buyers should assess reagent availability and software support compatibility. Condition of fluidics systems and detection components warrants particular attention during evaluation.

Visión general para este tipo de maquinaria