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Veterinary Bacterial Pathogen Whole Genome Sequencing
BioVenic provides customized whole genome sequencing (WGS) and analytical services for veterinary pathogen isolates. Ongoing challenges posed by continuously evolving animal pathogens drive growing demand for high-resolution genomic characterization within veterinary research. Our comprehensive suite of services includes DNA extraction, library preparation, next-generation sequencing (NGS), and bioinformatic analysis. With a focus on precision and accuracy, we empower researchers to gain unprecedented insights into the genomic makeup of bacterial pathogens affecting veterinary health and facilitate in-depth research on pathogen evolution, epidemiology and pathogenic mechanisms.
Veterinary Bacterial Pathogen WGS Service
BioVenic specializes in both targeted sequencing and de novo sequencing of veterinary bacterial pathogens. Our advanced technique involves sequencing the targeted genome or untargeted genome of bacterial isolates with or without reference genomes. By providing accurate and comprehensive genomic data, our service enables researchers to unravel the genetic mysteries of veterinary bacterial pathogens, aiding in the development of targeted interventions and treatments.
Bacterial DNA Extraction
Our service begins with bacterial DNA extraction from veterinary pathogen isolates. Using customized sample collection and preparation methods, we ensure the extraction of high-quality DNA while minimizing contamination. This crucial step lays the foundation for accurate and reliable genomic analysis.
Library Construction
Following DNA extraction, we conduct library construction to prepare the samples for whole genome sequencing. Our experienced team utilizes advanced library preparation protocols to ensure optimal sequencing results. By preparing the DNA libraries, we facilitate the generation of high-fidelity sequencing data.
Whole Genome Sequencing
BioVenic employs cutting-edge next-generation sequencing (NGS) platforms to perform whole genome sequencing of veterinary pathogen isolates. Our whole genome sequencing service enables us to capture the complete genetic information of bacterial genomes with accuracy and resolution with or without reference genome.
Data Analysis
Our comprehensive data analysis pipeline includes raw data processing, data QC, genome assembly to reconstruct the complete bacterial genome, strain identification, bacterial SNP analysis and phylogenetic tree construction, taxonomic classification and functional annotation (AMR, MLST, ANI, etc.). We offer custom bioinformatics analysis available upon request to address specific veterinary research questions and requirements.
Veterinary Bacterial Pathogen WGS Workflow
Our streamlined workflow ensures seamless execution of each step, from sample preparation to data analysis. By integrating state-of-the-art technologies and rigorous quality control measures, we deliver accurate and reliable results to our clients.
Applications
Our WGS service has diverse applications in the field of veterinary research, including:
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Our Advantages
- Accurate and rapid identification of bacterial genome.
- Unprecedented insight into strain-relatedness, pathogenesis, and functional characteristics.
- In-depth understanding of bacterial genome complexity and diversity.
- Vast potential applications for WGS of isolates in veterinary fields.
- Integration of advanced DNA extraction and sequencing tools.
- Access to powerful insights through our in-house bioinformatics platform.
Related Research
Phylogenetic reconstruction based on whole‑genome data of Burkholderia dolosa isolates uncovered pathogen transmission and within‑host adaptive evolution patterns across multiple infected individuals. Phylogenetic trees indicated each patient was mostly infected by a single founding strain. Temporal mutation accumulation reconstructed transmission networks, and comparative genomic data also revealed distinct bacterial translocation scenarios from airways to bloodstream, with some patients experiencing multiple invading genotypes while others acquired only one invading genotype during septic episodes.
Drawing on these pathogen population genomic outcomes, BioVenic carries out generalized research and service exploration in veterinary bacterial whole‑genome sequencing.
Fig.1 Whole genome sequencing reveals within-host evolution and recent transmission between patients.1
Frequently Asked Questions
What sequencing modes do you provide for veterinary bacterial WGS projects?
We offer two mainstream sequencing schemes: reference-based targeted sequencing for known bacterial strains, and de novo whole genome sequencing for novel pathogens without available reference genomes. Both modes adopt NGS platforms to capture complete genetic information of veterinary bacterial isolates with high accuracy.
What standardized analysis contents are covered in your WGS bioinformatics pipeline?
Our full analysis workflow includes raw data quality control, genome assembly, strain identification, SNP variation detection, phylogenetic tree construction, taxonomic classification, and multi-dimensional functional annotation covering AMR, MLST and ANI analysis. Customized analytical modules can be developed to match clients' exclusive research demands.
What research fields can bacterial whole genome sequencing support in veterinary science?
This service is applicable to multiple core research directions: exploring bacterial virulence factors and resistance mechanisms, screening molecular markers for pathogens, developing veterinary vaccines, conducting pathogen epidemic and transmission tracing, completing accurate taxonomic classification, and supporting agricultural and environmental microbial research related to livestock breeding.
What full-process experimental steps are contained in your one-stop WGS service?
The complete service covers standardized bacterial DNA extraction with anti-contamination controls, high-quality library construction, next-generation whole genome sequencing, systematic bioinformatic mining, and delivery of integrated result reports with visualized charts. We also provide follow-up technical interpretation support after project delivery.
What core strengths does BioVenic's bacterial WGS solution have?
We adopt optimized DNA extraction and library preparation protocols paired with an independent professional bioinformatics platform, enabling fast and precise genome characterization. WGS data can comprehensively resolve strain homology, pathogenic potential and resistance profiles, providing reliable genomic evidence for the development of veterinary diagnostic reagents, vaccines and antimicrobial substitutes.
Partner with BioVenic
BioVenic is committed to providing cutting-edge targeted whole sequencing and de novo sequencing solution for veterinary bacterial pathogens to advance veterinary research and improve animal health outcomes. With our expertise and innovative technology platforms, we empower veterinary researchers to unlock the full potential of bacterial genome sequencing and develop veterinary IVD, vaccines and treatments. If you intend to learn more about our bacterial pathogen WGS services, please don't hesitate to reach out to us. We're here to help and provide any information you need.
Reference
- Wilson, Daniel J. "Insights from genomics into bacterial pathogen populations." (2012): e1002874. Distributed under Open Access license CC BY 4.0, without modification. https://doi.org/10.1371/journal.ppat.1002874