The Surra Real-Time PCR Kit employs lyophilized master mix technology to ensure exceptional reagent stability and consistent assay reproducibility. Designed for the rapid and precise detection of VSG gene in Trypanosoma evansi, the kit enables sensitive amplification of parasite DNA. Its ready-to-use, lyophilised formulation minimizes preparation steps, reduces contamination risks, and supports reliable laboratory deployment for effective surveillance and disease management in equine populations.
The Brucella spp. Real Time PCR Kit utilizes lyophilized reagents to maintain stability and ensuring reliable detection of BCSP31 gene in Brucella DNA in various samples. The assay is engineered for high specificity across clinically relevant Brucella species, facilitating effective monitoring of brucellosis in livestock. Its streamlined, freeze-dried formulation accelerates sample processing, reduces contamination risk, and supports routine diagnostic workflows without requiring extensive storage infrastructure.
The West Nile Virus Real-Time PCR Kit is a highly sensitive molecular assay designed for the rapid detection of poly gene in WNV RNA in clinical specimens. Targeting conserved genomic regions ensures robust identification. The lyophilized reagent system provides exceptional stability, consistent amplification efficiency. Engineered for routine diagnostics, surveillance programs, and high-throughput testing, this assay delivers accurate and reproducible results crucial for early detection and outbreak management in equine and veterinary settings.
The MERS-CoV Real-Time RT-PCR Kit enables rapid and specific detection of ORF1 ab in MERS coronavirus RNA from various specimens. The assay enhances diagnostic confidence and minimizes false negatives. Its lyophilized master mix formulation ensures long-term stability and robust analytical performance. Designed for clinical diagnostics, this kit supports reliable detection of emerging MERS strains with superior sensitivity and specificity.
The African Horse Sickness Virus Real-Time RT-PCR Kit provides sensitive detection of VP7 in AHSV RNA from various samples. Targeting highly conserved viral regions ensures comprehensive detection. The lyophilized reagent format guarantees stability, enhanced amplification efficiency, and ease of handling, making it ideal for laboratory use. This assay delivers rapid, accurate, and actionable results, supporting effective disease control and outbreak containment in equine populations.
The Hendra Virus Real-Time RT-PCR Kit offers high-sensitivity detection of M gene HeV RNA in various samples. Targeting conserved genomic regions ensures reliable identification of pathogenic Hendra strains. The lyophilized master mix ensures long-term reagent integrity and robust performance under varying storage conditions. Developed for precise diagnostics, surveillance systems, and outbreak investigations, the kit provides precise and reproducible results essential for managing this high-consequence pathogen.
The CEM Real-Time PCR Kit enables rapid, specific detection of pol gene from various specimens. The assay’s high analytical specificity ensures accurate differentiation from related organisms. With lyophilized reagents that deliver stable and reliable performance, this kit supports routine screening and epidemiological tracing. It provides reproducible results essential for controlling this highly transmissible equine reproductive disease.
The Dourine Real-Time PCR Kit is designed for the sensitive detection of 18S rRNA and its conserved-gene targeting ensures precise identification of pathogenic strains. The lyophilized assay format provides long-term stability and consistent amplification, making it well-suited for routine diagnostics. Clinically actionable results support early intervention and prevention of disease transmission in equine populations.
The Enzootic Lymphangitis Real-Time PCR Kit offers rapid and specific detection of fungal DNA targeting the rRNA region, enabling reliable differentiation from other equine pathogens. Its lyophilized master mix ensures consistent stability and optimized amplification kinetics, even in challenging field conditions. Designed for definitive laboratory diagnosis, outbreak containment, and surveillance, this assay provides sensitive and reproducible detection essential for managing chronic fungal lymphangitis in horses.
The Equine Influenza Virus Real-Time RT-PCR Kit provides rapid and sensitive detection of M1 gene in respiratory samples. Targeting conserved genomic regions ensures broad detection. The lyophilized reagent configuration enhances stability and supports high-throughput workflows. This kit delivers accurate and actionable results.
The Equine Arteritis Virus Real-Time RT-PCR Kit enables specific and sensitive detection of nsp gene of EAV RNA . The assay ensures reliable detection with precise results. The lyophilized formulation provides superior long-term stability and reproducible amplification, making it ideal for breeding program screening, outbreak investigation, and regulatory monitoring. Its strong analytical performance supports timely diagnostic decisions.
The WEEV Real-Time RT-PCR Kit is engineered for rapid detection of nsP1 gene WEEV RNA in various samples. Targeting conserved regions ensures sensitive and specific identification. With lyophilized reagents optimized for high stability and consistent amplification, the kit is ideal for surveillance programs, differential diagnosis, and vector-borne disease monitoring. It provides precise data critical for early response to infections in horses.
The EEEV Real-Time RT-PCR Kit delivers high-sensitivity detection of nsP1 gene EEEV RNA using conserved target regions to ensure broad detection across strains. The lyophilized reagent system guarantees long-term stability and performance uniformity. Well suited for routine diagnostics and outbreak investigations, the assay offers reproducible results essential for managing this highly fatal equine encephalitis virus.
The Glanders Real-Time PCR Kit provides sensitive detection of FMH1 gene of B. mallei from various specimens. The assay ensures high specificity and the lyophilized formulation enhances stability and simplifies workflow in laboratory settings. This kit supports confirmatory diagnostics, outbreak containment offering precise and reliable results.
The Leptospira Real-Time PCR Kit enables detection of 16S rRNA of Leptospira . Targeting the conserved virulence gene ensures strong analytical specificity for pathogenic species only. The lyophilized master mix offers long term stability and reproducible amplification performance. This assay is ideal for early diagnosis, zoonotic-risk assessment, delivering accurate and actionable results.
The Rabies Virus Real-Time RT-PCR Kit detects N gene of rabies virus with high analytical sensitivity, enabling early and definitive diagnosis also ensures broad detection. The lyophilized reagent system enhances reagent durability and supports reliable testing in varied laboratory environments. This kit is suited for confirmatory diagnostics, post-exposure monitoring, and epidemiological surveillance, offering precise and reproducible results.
The Cryptosporidium Real-Time PCR Kit targets DNAJ-like protein gene, allowing sensitive detection from various samples. The lyophilized reagents ensure excellent stability and workflow efficiency. This assay supports differential diagnosis, high-throughput screening, and herd surveillance, providing reliable and clinically relevant results.
The Salmonella Real-Time PCR Kit detects rrtC gene Salmonella with high specificity. Its lyophilized master mix ensures long shelf-life, optimized amplification, and simplified use. Suitable for clinical, and farm-level diagnostics, the assay provides rapid and accurate detection essential for outbreak response and pathogen tracing.
The Listeria monocytogenes Real-Time PCR Kit enables sensitive detection targeting the hly gene, ensuring accurate identification of virulent strains. The lyophilized assay guarantees consistent performance and superior stability. Suitable for clinical diagnostics and herd surveillance, this kit delivers rapid and highly reliable results.
The C. difficile A/B Real-Time PCR Kit detects toxigenic strains by targeting the tcdA , tcdB genes. The assay’s lyophilized reagents provide stability and consistent amplification, ensuring reliable detection of clinically relevant isolates. Ideal for gastrointestinal diagnostics, the test supports rapid confirmation of toxin-producing C. difficile infections.
The A. phagocytophilum Real-Time PCR Kit detects pathogen DNA targeting the msp2 gene, ensuring high sensitivity and strain coverage. The lyophilized master mix supports long-term storage and consistent performance. Perfect for vector-borne disease surveillance, early diagnosis, this assay produces precise and reproducible results.
The Borrelia burgdorferi Real-Time PCR Kit enables rapid detection of flaB gene sequences. The lyophilized reagent system ensures stability and high analytical performance. Ideal for Lyme disease surveillance and clinical diagnostics, the kit delivers accurate and timely results for managing tick-borne infections.
The Giardia Real-Time PCR Kit targets the 18S rRNA gene, enabling sensitive identification of Giardia in fecal samples. The lyophilized assay offers reliable stability and consistent amplification efficiency. Suitable for parasitic GI diagnostics and herd health monitoring, this test provides reproducible, clinically significant results.
The EHV-1 Real-Time PCR Kit detects envelope gene with high sensitivity. The lyophilized reagent format enhances shelf-life and assay robustness. Ideal for respiratory disease diagnosis and outbreak control, this kit offers rapid and accurate results critical for equine health management.
The Lyme Disease Real-Time PCR Kit detects flaB gene, ensuring broad coverage of Lyme-associated genospecies. The lyophilized master mix ensures unmatched stability and reproducibility. Perfect for tick-borne disease screening and clinical diagnostics, this assay provides decisive, high-quality results for early and effective Lyme disease management.