Life Hack Influenza A Virus H5/h7/h9 Subtype Multiplex Probe Method Qrt-pcr Kit Upgraded Model [UvalbOph]

Innovative Multiplex qRT-PCR Kit for Influenza A Virus Subtypes

The Life Hack Influenza A Virus H5/h7/h9 Subtype Multiplex Probe Method Qrt-pcr Kit Upgraded Model [UvalbOph] is a cutting-edge diagnostic tool designed for precise and efficient detection of specific DNA sequences of Influenza A virus subtypes H5, H7, and H9. This kit leverages real-time PCR technology with hydrolysis probes, providing a sensitive and specific detection method. The one-tube qPCR format minimizes the risk of contamination, ensuring reliable results. Key features include high sensitivity (LOD as low as 100 copies/reaction) and excellent specificity (no cross-reactivity with other pathogens), making it an ideal choice for clinical laboratories and research institutions.

Comprehensive Kit Components and Specifications

This kit is equipped with all necessary components for successful PCR testing, including a 2×Probe qPCR MasterMix, primer-probe powder, template dilution buffer, amplification positive control, ultrapure water, and a user manual. Each component is carefully selected for optimal performance. The MasterMix contains Taq DNA polymerase and other essential ingredients to facilitate the amplification process. The kit is suitable for both qualitative and quantitative applications, with a linear range that covers a 100,000-fold concentration difference, ensuring accurate quantification. The kit provides sufficient material for 50 reactions, making it cost-effective and convenient for repeated testing.

Versatile Applications in Disease Surveillance and Research

The Life Hack Influenza A Virus H5/h7/h9 Subtype Multiplex Probe Method Qrt-pcr Kit Upgraded Model [UvalbOph] is an invaluable tool for a wide range of applications. It is ideal for detecting the virus in marine and aquaculture samples, facilitating health monitoring in abalone farming and marine biology research. The kit is also suitable for disease surveillance, food safety research, and ecological monitoring. With its high sensitivity and specificity, this kit enables accurate and timely detection of Influenza A virus subtypes, contributing to effective public health management and disease control efforts.