Lab Animal Diagnostics
Two Paths, One Mission: Advancing Research and Animal Health with Precision Microbiome Testing
MiDOG offers two complementary approaches for laboratory animal programs, both powered by next-generation DNA sequencing (NGS). The MiDOG All-in-One NGS Test identifies all bacteria, fungi, parasites, and viruses in a single assay, providing unbiased, quantitative insights into microbial communities. Whether your research focuses on the gut, skin, respiratory tract, or environmental samples, MiDOG enables accurate and reproducible microbiome characterization.
We test for:✅ Bacteria: 64,800 ✅ Viruses: 27,000 ✅ Fungi: 4,100 ✅ Parasites: 650, along with antimicrobial resistances, monitoring of bacterial
toxins and virulence genes.
Advancing Microbiome Research and Colony Health Through DNA Precision.
MiDOG’s All-in-One NGS and Whole Genome Sequencing platforms deliver complete microbial insights to support research reproducibility, biosecurity, and colony stability across every environment and species. Discover MiDOG Research
Microbiome Research
Maintain healthy, reproducible colonies through comprehensive microbial surveillance. MiDOG’s All-in-One NGS test identifies bacteria, fungi, parasites, viruses, and resistance genes in a single assay, detecting subclinical infections, dysbiosis, and shifts in facility microbiomes before they impact research outcomes. Ideal for pre- and post-transfer health checks or routine vivarium monitoring, MiDOG enables consistent microbiological baselines and data-driven biosecurity across animal research programs
✅ Detect and quantify microbial populations across any sample type
✅ Explore microbial community shifts across treatments or time points
✅ Compare microbiome diversity between species, environments, or cohorts
✅ Access high-resolution data suitable for statistical and functional analyses
Designed for Research Applications
Reproducibility begins with animal health. Even in the most carefully maintained vivaria, subclinical infections, dysbiosis, and microbial imbalances can alter physiology, behavior, and experimental outcomes, introducing variability that can compromise entire studies. MiDOG’s All-in-One Next-Generation Sequencing (NGS) platform delivers the highest level of microbial visibility available today, detecting bacteria, fungi, viruses, and parasites from a single sample. The result: faster insights, healthier colonies, and greater confidence in your research data.
✅ Longitudinal Microbiome Studies
✅ Intervention and Treatment Response Analysis
✅ Microbial Ecology of Model Systems
✅ Environmental and Facility Microbiome Audits
Protect Research Integrity. Maintain Healthy Colonies. Strengthen Biosecurity.
Protect colony health and ensure reliable data, all with one comprehensive MiDOG test. Discover the MiDOG TestColony Health and Biosecurity
Protect Research Integrity. Maintain Healthy Colonies. Strengthen Biosecurity.
MiDOG delivers advanced microbial surveillance for laboratory animal facilities through next-generation sequencing (NGS) and Whole Genome Sequencing (WGS). Our technology provides complete microbial profiles that safeguard colony health and ensure research reliability.
✅ Detect opportunistic, commensal, and pathogenic microbes
✅ Identify hidden infections before clinical signs emerge
✅ Validate environmental and biosecurity controls
✅ Monitor shifts in the microbiome following transfers, treatments, or housing changes
Ideal For:
✅ Sentinel and Environmental Monitoring
✅ Pre- and Post-Transfer Health Checks
✅ Quarantine and Biosecurity Validation
✅ Colony Stability Assessments
WGS for In-Depth Pathogen Characterization:
When outbreaks or unexpected results occur, MiDOG’s Whole Genome Sequencing enables strain-level resolution to:
✅ Trace sources of contamination or transmission
✅ Characterize virulence and antimicrobial resistance genes
✅ Support publication-ready genomic data for research reproducibility
Uncover Hidden Infections. Strengthen Biosecurity.
Ensure study consistency and data integrity with MiDOG’s All-in-One NGS platform — comprehensive, rapid, and clinically validated. Info for Veterinarians
Why Choose MiDOG?
MiDOG delivers actionable microbial insights with speed, accuracy, and scientific validation, empowering veterinarians, researchers, and animal care professionals to make confident, data-driven decisions.
✅ Rapid Turnaround: Get complete microbial profiles in as little as 48 hours to guide timely interventions and research workflows.
✅ Unbiased Species-Level Identification: Detect and quantify every bacterial, fungal, parasitic, and viral organism, no culture bias, no assumptions.
✅ Any Sample Type, Any Species: From companion animals to wildlife and environmental samples, MiDOG’s platform is validated across diverse matrices.
✅ Scientifically Validated: Built on over 40 peer-reviewed publications, ensuring reproducibility and confidence in every result.
✅ Veterinary-Ready Reports: Our clear, data-rich reports translate complex sequencing results into clinically relevant insights for immediate application.
Advance Your Research with Clearer Microbial Insight
MiDOG empowers research teams to move beyond traditional culture and PCR limits, revealing the complete microbial landscape behind every sample. By closing diagnostic blind spots, we help protect colony health, validate biosecurity, and strengthen experimental reproducibility.
One Test. Any Species. Every Sample.
Partner with MiDOG to bring next-generation microbial visibility to your facility.
Request a consultation or schedule a sample submission demo today to see how MiDOG can strengthen your study outcomes and biosecurity programs. Request a ConsultationUnlock the full potential of microbial discovery and colony management with MiDOG’s next-generation sequencing solutions. Whether you’re characterizing complex microbiomes, validating facility biosecurity, or ensuring the health and stability of animal populations, MiDOG provides the precision and reproducibility your research demands.
Take the next step, partner with MiDOG to bring clarity, consistency, and confidence to your microbial data.