Thermophilic Reverse Transcriptase

State-of-the-art reverse transcriptase enzyme for conversion of RNA templates to complementary DNA. Essential component for RT-PCR and molecular diagnostics applications.

A reverse transcriptase enzyme that converts RNA into complementary DNA (cDNA) for molecular diagnostics and research applications. It is essential for RT-PCR and qPCR workflows, enabling sensitive detection and analysis of RNA targets.

Complete kit containing reverse transcriptase and PCR polymerase for simultaneous reverse transcription and PCR amplification from RNA templates. Streamlines RNA analysis workflows.

A thermostable DNA polymerase enzyme that catalyzes the amplification of specific DNA fragments for molecular diagnostics and research. It is essential for endpoint PCR and qPCR workflows, enabling reliable and sensitive detection of genetic material.

Integrated reverse transcription and PCR kit with Hot-Taq polymerase for single-tube RNA amplification. Streamlines RT-PCR workflows in molecular diagnostic applications.

High-fidelity polymerase enzyme with enhanced accuracy for PCR applications requiring low error rates. Suitable for applications demanding high precision in DNA amplification.

Specialized polymerase enzyme for amplification of long DNA fragments and GC-rich sequences. Enables PCR amplification of targets exceeding standard length limitations.

High-quality Taq DNA polymerase optimized for diagnostic applications in PCR workflows. Provides reliable amplification with diagnostic-grade purity and performance specifications.

Hot-start Taq polymerase designed to minimize non-specific amplification and increase PCR sensitivity and specificity. Provides enhanced performance for diagnostic PCR assays.

Real Time PCR diagnostic system for molecular analysis and quantification of nucleic acids. This technology enables real-time monitoring of amplification during the polymerase chain reaction process.

A thermolabile DNase enzyme designed for molecular biology applications to degrade double-stranded DNA. This product is used in laboratory workflows requiring controlled and temperature-dependent DNA degradation.

Real-time polymerase chain reaction technology for precise and rapid identification of infectious pathogens through gene analysis. Enables early detection of infections with high accuracy and speed.