Advancing diagnostic development requires reagents that deliver uncompromising performance and reliability. Our solutions are engineered to meet the rigorous demands of modern molecular diagnostics, empowering you to achieve superior accuracy, speed, and reproducibility. Whether you're detecting pathogens, analyzing genetic mutations, or monitoring environmental safety, we provide the critical components to optimize your workflows, from discovery to deployment.
Ready to elevate your molecular diagnostics workflows? Partner with our experts to discover how our reagents can be tailored to your specific applications.
Our reagents are fully customizable including ready-to-use lyophilized formats, specialized buffer composition, unique concentrations, specific fill volumes, or custom packaging for integration into automated systems.
PCR Enzymes & Products are the foundation of molecular diagnostics, offering high sensitivity and specificity for DNA amplification. These products are ideal for routine PCR, qPCR, and high-fidelity amplification, ensuring robust performance across a variety of templates and conditions. Explore products like our Hot-Start High-Fidelity DNA Polymerase for accurate amplification of complex templates or Taq DNA Polymerase for reliable, routine PCR workflows.
Isothermal Amplification Products provide rapid, field-deployable solutions for molecular diagnostics without the need for thermal cycling. These reagents are perfect for pathogen detection, point-of-care testing, and environmental monitoring. Our RPA Real-Time Kit enables fluorescence-based real-time detection, while the RPA Endpoint Kit supports lateral flow or electrophoresis readouts.
IVT Enzymes (In Vitro Transcription) are essential for synthesizing RNA for research and diagnostic applications, including mRNA synthesis and RNA-based studies. These enzymes support workflows like RNA processing and circular RNA studies. Products such as T7 DNA Polymerase for efficient RNA synthesis and High-Sensitivity Reverse Transcriptase for low-input RNA templates are key to advancing RNA-based diagnostics.
Nucleic Acid Preparation & Processing ensure efficient extraction, purification, and processing of DNA and RNA, which are critical for accurate diagnostics. These reagents are designed to deliver high-quality nucleic acids for downstream applications like PCR, qPCR, and RNA-based workflows.Proteinase K is a reliable choice for nucleic acid purification, while RNase Inhibitor protects RNA from degradation during handling and processing.
is engineered for superior accuracy in PCR applications, making it ideal for amplifying complex or GC-rich templates.
enables ultra-rapid DNA amplification under isothermal conditions with real-time fluorescence-based detection.
is a high-performance enzyme for cDNA synthesis, offering reliability for RNA-based applications like RT-PCR and RT-qPCR.
Molecular and clinical diagnostics play a critical role in advancing healthcare, enabling early disease detection, personalized medicine, and improved patient outcomes. Beyond healthcare, these technologies are essential in research and environmental safety, providing the tools needed to address global challenges such as infectious disease outbreaks, genetic disorders, and environmental contamination.
Pathogen Detection is vital for identifying infectious agents like COVID-19, HIV, and tuberculosis with high sensitivity and specificity, enabling timely interventions and effective disease management.
Genetic Testing allows for the analysis of genetic mutations, SNPs, and inherited conditions, supporting the development of personalized medicine and helping clinicians tailor treatments to individual patients.
Cancer Research relies on molecular diagnostics to detect tumor-specific markers, circulating tumor DNA (ctDNA), and fusion genes, enabling early detection and monitoring of treatment efficacy.
Our reagents are integral to a wide range of molecular diagnostic applications, supporting everything from amplification to RNA synthesis and processing. Each application plays a critical role in advancing molecular diagnostics and improving healthcare outcomes.
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