& Diagnostic Tools
At Galenvs, we understand that it is essential to detect and diagnose veterinary pathogens and diseases as quickly and accurately as possible to maintain the health of animals. Using our custom-designed tools for the veterinary industry, it is possible to identify infectious agents based on PCR amplification of DNA or RNA in animal tissues, blood, urine, feces, or milk. Moreover, based on our experience with veterinary industry leaders, we know how to adjust our workflow accordingly. We can tailor our nucleic acid extraction solutions to meet a wide range of sample types and throughput requirements, from single samples to large volumes. Our scientific experts can also assist you in implementing or customizing your extraction process.
Universal Pathogen DNA/RNA Extraction Kit
Any Pathogen, Any Sample, One Protocol
The magnetiQ Pathogen Extraction Kit is designed to simplify the extraction of pathogenic DNA and RNA from a variety of sample types using a unique protocol. Using buffers and magnetic beads that were optimized to capture DNA and RNA, users can obtain a purified product in under 20 minutes!
The effortless one-step magnetic bead-based extraction and purification of pathogenic DNA and RNA can be achieved from:
- Complex matrices such as sputum or stool
- Blood and Exudate
- Saliva samples
- Various body fluids
From single samples to high-volume processing, we provide scalable nucleic acid extraction solutions. Our 96-well pre-filled plates are compatible with open liquid-handling robotic systems letting you process up to 96 samples in under 20 minutes. In addition, we offer prefilled 16 sample plates that can be used with our miQron™ Plug&Play instrument in order to process small to medium quantities of samples.
Our team will be happy to assist your lab in customizing sample extraction workflows based on your specifications.
According to comparison tests conducted by Biovet Inc and Galenvs Inc, the magnetiQ™ Universal Pathogen DNA/RNA Extraction Kit outperforms industry-leading extraction kits from ThermoFisher (MagMAX™-96 Viral/Pathogen Nucleic Acid Isolation Kit), Qiagen (QIAamp UCP Pathogen Mini Kit), and Omega-Biotek (E.Z.N.A.® Universal Pathogen Kit). Our proprietary kit extracts a higher amount of DNA/RNA from a broad spectrum of pathogens and matrices and provides overall more accurate and sensitive pathogens detections.
See Full Comparison with Pathogen Extraction Kits from Omega & Qiagen
A Deep Dive Into The Microbiome
Metagenomics has revolutionized the way we investigate complex microbial ecosystems. The highly conserved bacterial 16S rRNA containing the hypervariable regions (V1-V9) serves as species-specific molecular markers. From understanding evolutionary origins, mutations, and dynamism to identifying novel pathogens and antibiotic resistance, 16S metagenomics finds varied applications in ecology, agriculture, and veterinary diagnostic and medicine.
- Characterization of Bacterial populations
- Detection of novel microorganisms or unexpected pathogen variants
- Antibiotic resistance genes detection
- Vitamin production-associated genes in microbial communities
- Diagnosis, monitoring, and control of infectious diseases
- Host-Pathogen interaction study
An End to End Service for the Veterinary Industry
Galenvs Science Inc provides Metagenomic Sequencing Services for microbiome studies. We use the state-of-the-art high-throughput Next Generation Sequencing (NGS) platform for rapid and high-precision 16S rRNA sequencing to provide comprehensive genomic coverage. Our Metagenomic sequencing services can be used for a wide range of samples and applied sciences to study microbial diversity, community composition, and genetic and evolutionary relationships. In addition, 16S rRNA data can give insights into microbial functional profiles and their relationships with the environment.
As part of our services, we also provide technical and bioinformatics solutions. Our scientific experts can provide customized solutions to complex nucleic acid isolation protocols, as well as complex data interpretation, such as phylogenetic and taxonomic classifications for nucleic acids.