Marine and Wildlife
Advanced Microbial Testing for Marine Animals, Wildlife, and Conservation Medicine
Marine animals, wildlife, and managed populations often require a broader diagnostic approach because species, environments, sample types, and suspected infectious agents can vary widely. Diagnostic options may include culture and sensitivity, cytology, histopathology, PCR or qPCR, parasitology, environmental testing, necropsy findings, and next-generation sequencing.
MiDOG’s next-generation sequencing approach helps veterinary and conservation teams evaluate microbial DNA directly from a submitted sample. This can support case review when organisms are difficult to culture, slow-growing, unexpected, part of a mixed infection, or not included on a targeted PCR panel.
For marine mammal centers, aquariums, wildlife rehabilitation teams, zoological institutions, conservation programs, and researchers, MiDOG testing can provide broader microbial insight from clinical, environmental, and population-monitoring samples.
How can NGS support marine and wildlife health investigations?
Next-generation sequencing can support marine and wildlife health investigations by analyzing microbial DNA directly from the submitted sample. This can help animal health teams evaluate a broader microbial profile without needing to select only one suspected organism in advance.
In marine and wildlife cases, this broader view can be especially useful because patients may have complex environmental exposures, mixed microbial communities, unusual organisms, limited sample volume, or clinical signs that overlap across infectious and non-infectious causes.
MiDOG testing can help teams review microbial findings from one submission, including bacteria, fungi, parasites, antimicrobial resistance markers, and other microbial features depending on the test ordered. These results can support clinical decision-making, outbreak review, surveillance programs, and research-driven investigations.
How does MiDOG complement culture and PCR for marine and wildlife cases?
Culture and PCR remain important diagnostic tools in marine and wildlife medicine. Culture can be valuable when viable organism growth and phenotypic susceptibility testing are needed. PCR can be useful when testing for a specific suspected organism or defined target.
MiDOG complements these methods by using next-generation sequencing to evaluate microbial DNA more broadly from the submitted sample. This may support case review when organisms are difficult to culture, when multiple organisms may be involved, when prior testing is inconclusive, or when teams need a wider microbial profile for an individual animal, habitat, population, or research question.
The All-in-One Test has a proven track record to aid clinicians diagnosing the infections from samples such as:
- Blow wholes
- Feces / Fecal
- Skin
- Pool water
Patients include:
- Otters
- Dolphins
- Sharks
- Sea Horses
- Whales
- Sea Lions
When should marine and wildlife teams consider MiDOG testing?
Veterinary and conservation teams may consider MiDOG testing when a broader microbial profile could support individual case review, managed population health, or environmental monitoring.
MiDOG testing may be useful for:
- Marine mammal clinical cases
- Wildlife rehabilitation cases
- Aquarium and aquatic animal health investigations
- Zoo and conservation medicine programs
- Outbreak monitoring and population surveillance
- Skin, wound, blowhole, fecal, oral, fluid, tissue, or environmental samples
- Cases where culture or targeted PCR may not provide the full microbial picture
- Mixed bacterial, fungal, or parasitic concerns
- Cases where antimicrobial resistance marker information may support veterinary review
- Habitat, pool, water, or dietary surveillance where microbial risk is being evaluated
MiDOG results should be interpreted by the veterinarian or responsible animal health professional in the context of the species, sample type, clinical signs, environment, case history, and other diagnostic findings.
There is a wide variety of causative agents of infections in marine animals. The All-in-One Test can Detect & Quantify Pathogens including, but not limited to:
Acinetobacter sp.
Actinomycetes sp.
Alcaligenes sp.
Arcanobacterium sp.
Bacillus sp.
Bordetella bronchiseptica
Brucella sp.
Chlamydophila felis
Clostridium sp.
Corynebacterium sp.
Dermatophilus sp.
Enterobacter sp.
Enterococcus sp.
Erysipelothrix sp.
Finegoldia magna
Klebsiella sp.
Leptospira sp.
Malassezia sp.
Micrococcus sp.
Mycobacterium sp.
Mycoplasma sp.
Nocardia sp.
Pasteurella sp.
Plesiomonas sp.
Proteus sp.
Pseudomonas sp.
Sporothrix sp.
Staphylococcus sp.
Streptococcus sp.
For more information please contact the MiDOG customer service team.
FAQs About MiDOG Testing for Marine Animals and Wildlife
What advanced diagnostic options are available for marine animals and wildlife?
Advanced diagnostic options for marine animals and wildlife may include culture and sensitivity, cytology, histopathology, PCR or qPCR, parasitology, necropsy findings, environmental testing, and next-generation sequencing. MiDOG’s NGS-based testing can complement these methods by providing broader microbial insight from the submitted sample.
How can MiDOG support marine mammal health investigations?
MiDOG can support marine mammal health investigations by helping veterinary teams evaluate microbial DNA from samples such as blowhole swabs, skin samples, fecal samples, tissue, fluids, wounds, abscess material, pool water, or other clinically relevant submissions. Results should be reviewed alongside clinical signs, sample type, history, environment, and other diagnostic findings.
Can MiDOG testing be used for wildlife rehabilitation cases?
Yes. MiDOG testing may support wildlife rehabilitation teams when microbial insight could help evaluate complex, recurrent, unusual, or difficult-to-resolve cases. This may include individual animal cases, population-level concerns, outbreak monitoring, or environmental questions where a broader microbial profile may be useful.
Can MiDOG help with outbreak monitoring in managed animal populations?
MiDOG testing may support outbreak monitoring by helping teams evaluate microbial findings from clinical, environmental, or surveillance samples. Results can contribute to case review, trend tracking, and population health discussions when interpreted alongside epidemiology, clinical signs, facility history, husbandry, and other diagnostic data.
What types of samples can marine and wildlife teams submit?
Marine and wildlife teams may submit sample types such as blowhole swabs, skin swabs, fecal samples, tissue, fluids, abscess material, wound samples, oral samples, pool water, habitat-related samples, or other submissions depending on the clinical or research question. Contact MiDOG when sample suitability is unclear.
How is MiDOG different from culture for marine and wildlife cases?
Culture depends on organism growth under laboratory conditions. MiDOG uses next-generation sequencing to analyze microbial DNA directly from the submitted sample, which may provide broader insight when organisms are difficult to culture, slow-growing, unexpected, or present as part of a mixed microbial community.
How is MiDOG different from PCR for marine and wildlife testing?
PCR is typically used to detect a specific organism or defined target. MiDOG’s NGS-based approach can evaluate microbial DNA more broadly, which may be useful when the suspected organism is unknown, multiple organisms may be involved, or targeted testing may not provide the full microbial picture.
Can MiDOG testing support habitat, pool water, or environmental monitoring?
Yes. MiDOG testing may support habitat, pool water, or environmental monitoring when teams are evaluating microbial contributors to animal health, managed population risk, or facility-level trends. Environmental results should be interpreted carefully alongside animal health findings, sampling context, husbandry, and other relevant data.
Can MiDOG testing support conservation medicine programs?
MiDOG testing may support conservation medicine programs by providing microbial insight for individual animals, managed populations, wildlife health investigations, and environmental monitoring. This can be useful when teams need broader data to support clinical review, surveillance, research, or population health planning.
Does MiDOG replace culture, PCR, or veterinarian judgment?
No. MiDOG does not replace culture, PCR, cytology, histopathology, necropsy, physical examination, or veterinarian judgment. MiDOG provides additional microbial data that should be interpreted by veterinary and animal health professionals in the context of the full clinical picture.
