AICOH-BIO® Influenza Virus subtype H3N8 Real-time PCR Kit

Products Description

The AICOH-BIO® Influenza Virus Subtype H3N8 Real-time PCR Kit utilizes highly reliable real-time PCR technology and a proprietary freeze-drying method (lyophilization) to accurately and specifically detect the nucleic acid of Influenza Virus Subtype H3N8. Influenza H3N8 is a significant type of Equine Influenza Virus (EIV) that primarily affects horses, causing respiratory illness and occasionally leading to more severe complications.

This kit is designed to provide rapid and sensitive results, offering a critical tool for veterinary diagnostics and control of H3N8 outbreaks in equine populations. The lyophilized qPCR mix contains all necessary primers, probes (using the TaqMan system), enzyme, and dNTPs in a single tube, ensuring maximum convenience and high throughput capability.

Special Features & Advantages

• Disease Specificity: Provides highly specific and exclusive detection of Influenza Virus H3N8 DNA, minimizing cross-reactivity with other equine pathogens.

• Equine Diagnostics: Ideal for large-scale horse flu surveillance and rapid outbreak confirmation in stables and breeding facilities.

• Superior Stability & Logistics: Features freeze-dried reagents that remain stable across wide temperature variations, eliminating the need for cold-chain shipping and ensuring product integrity over long distances.

• Reliable One-Step Protocol: Employs a one-step qPCR protocol using a TaqMan probe, significantly reducing hands-on time and complexity.

• Complete Quality Assurance: Includes positive control tubes to validate the entire assay process, ensuring the accuracy and reliability of every diagnostic run.

Product components：

1. qPCR mix（lyophilized）: 8 test/bag*12
2. qPCR lyophilized back solution : 450ul /tube *6
3. Positive Control 1 tube
4. Positive Control lyophilized back solution 1 tube
5. Specification

Storage

Room Temperature (lyophilized reagents)

Other reagents should be stored below 4°C.

This product remains stable when stored at -20°C until the labeled expiration date

Intended Use

For Research Use Only, Not for use in diagnostic procedures.