9
Sep
Applications of PCR Machines in Australian Diagnostics, Research, and Education
Polymerase Chain Reaction (PCR) has transformed science and medicine by enabling the rapid amplification of DNA. In Australia, PCR machines are not limited to one field — they power clinical diagnostics, academic teaching, and advanced research. Understanding these applications helps laboratories select the right thermal cycler to match their specific workflow. At LabChoice Australia, we supply and support PCR machines that combine compliance, reliability, and local service to meet the diverse needs of Australian labs.
PCR in Clinical Diagnostics
PCR machines are essential for molecular diagnostics, where sensitivity and specificity directly impact patient care.
- Infectious disease testing: qPCR assays are widely used for COVID-19, influenza, tuberculosis, and STIs under TGA-approved guidelines.
- Oncology diagnostics: PCR enables detection of genetic mutations and cancer biomarkers.
- Pathogen surveillance: Environmental and public health labs use PCR for outbreak tracking and monitoring.
LabChoice PCR systems ensure compliance with ISO 13485 and support diagnostic labs in meeting regulatory demands.
PCR in Research Laboratories
Research in Australia depends on PCR for studying everything from genetics to biochemistry.
- Genomics and proteomics: PCR supports sequencing, cloning, and molecular mapping.
- Agricultural research: Used for pathogen detection in crops and livestock.
- Forensics: Law enforcement relies on PCR for DNA profiling in criminal investigations.
Our LabChoice PCR machines offer features like gradient functions, multiplexing, and flexible throughput, allowing research labs to scale experiments efficiently.
PCR in Education and Training
Teaching future scientists requires reliable PCR technology that balances affordability and performance.
- Universities and TAFEs use compact 48- or 96-well PCR machines for coursework.
- High schools incorporate PCR kits into STEM programs, introducing students to DNA technology.
- Training labs value durable machines that withstand frequent use while delivering reproducible results.
LabChoice provides PCR machines tailored for educational use, supported by local service and training resources for Australian institutions.
Comparison: PCR Applications Across Sectors
| Sector | Typical Applications | Recommended Machine Features |
|---|---|---|
| Diagnostics | Infectious disease testing, oncology, QC | qPCR, multiplexing, ISO 13485 compliant |
| Research | Genomics, agriculture, forensics | Gradient function, multiplexing, 96–384 wells |
| Education | Teaching labs, STEM training | Affordable, 48–96 wells, durable design |
This comparison highlights how different sectors require unique configurations — from advanced qPCR systems in hospitals to compact, reliable models in classrooms.
FAQs
Q1: Are PCR machines in education different from those in research labs?
Yes. Education machines are typically smaller and simpler, while research labs require advanced features like gradient and multiplexing.
Q2: Can LabChoice PCR machines be used for TGA-approved diagnostics?
Yes. Our qPCR systems are suitable for clinical diagnostics under Australian guidelines.
Q3: Do research PCR machines require higher throughput?
Research labs often benefit from 96- to 384-well systems for handling multiple assays simultaneously.
Q4: What makes LabChoice suitable for education labs?
We offer affordable, durable PCR systems with local support, ideal for universities and training centres.
Refined References
- ISO 13485: Medical Devices – Quality Management Systems. ISO
- Australian Government – PCR Diagnostic Testing Guidelines. Health.gov.au
- National Center for Biotechnology Information – Applications of PCR. NCBI
- CSIRO – Molecular Biology and Biotechnology in Australia. CSIRO
