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Veterinary Pathology

Veterinary pathology plays a vital role in animal disease research, wildlife conservation, livestock farming, and food safety. As disease outbreaks, environmental changes, and food security challenges rise, digital pathology, AI-driven analysis, and tissue microarrays (TMA) have become critical tools for veterinary research and diagnostics.

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This case study explores how 3DHISTECH’s Pannoramic scanners, AI-powered software, and TMA molmed improve veterinary pathology in wildlife research, agriculture, and food production, ensuring better disease management, accelerated vaccine development, and safer food supplies.

Key Challenges in Veterinary Pathology & How Digital Solutions Address Them

Large-Scale Surveillance of Diseases in Research & Wildlife

Wildlife researchers and conservationists need efficient disease monitoring tools to prevent the spread of zoonotic infections that could affect endangered species or jump to humans.

Food Safety & Disease Management in Agriculture

Livestock farms face economic losses from infectious diseases, requiring rapid disease containment and pathogen detection to protect food production.

Diagnostic Consistency & Standardization

Veterinary researchers studying cancer and infectious diseases in animals need high-precision imaging and biomarker validation to advance translational research.

Optimizing Veterinary Research

Solutions

Best-Fit Pannoramic DX Scanners for Biopsy & Frozen Sections

№1. Large-Scale Surveillance of Diseases in Research & Wildlife

Solutions Components

Pannoramic Scan II & Pannoramic MIDI III enable high-speed scanning of tissue samples from wildlife conservation programs.
TMA molmed allows for biomarker-based disease monitoring across multiple species.
SlideViewer & WebViewer enable collaboration between global conservation scientists.

Key Benefits

Wildlife veterinarians and epidemiologists can rapidly track and manage diseases like avian influenza, tuberculosis, and parasite infestations in endangered species.

Research

Pannoramic MIDI III Digital Scanner

The Pannoramic MIDI III is a versatile high-performance digital slide scanner designed for advanced pathology research. With 12-slide capacity, high-speed brightfield and fluorescent scanning, and exceptional resolution down to 0.10 um/pixel, it offers unmatched precision. Its compact design and automated workflows make it ideal for research applications, including biomarker analysis, multiplex imaging, and tissue morphology studies.

Research

Pannoramic Scan II Digital Scanner

Discover the features and benefits of the Pannoramic Scan II, a high-performance digital slide scanner offering world-class brightfield and fluorescent whole-slide scanning with robust, user friendly design.

Research

TMA molmed

Discover the TMA molmed, a fully automated, high-speed solution for tissue microarray creation and molecular sampling from FFPE and mega blocks. Combing precision microarraying with laser microdissection-like functionality, it enables highly accurate tissue extraction for advanced molecular applications, making it an essential tool for pathology, biobanking, and traslational research.

Software

SlideViewer & WebViewer

Collaboration between global conservation scientists

№2. Food Safety & Disease Management in Agriculture

Solutions Components

Pannoramic 250 Flash III & Pannoramic MIDI III provide high-throughput pathogen scanning in livestock samples.
TMA molmed standardizes biomarker detection for bacterial and viral diseases (e.g., Salmonella, Mycoplasma, E. coli).
SlideManager ensures secure, centralized storage of digital slides for regulatory compliance.

Key Benefits

Veterinary pathologists and food safety regulators can monitor food-borne pathogens and prevent contaminated meat from reaching consumers.

Research

Pannoramic MIDI III Digital Scanner

The Pannoramic MIDI III is a versatile high-performance digital slide scanner designed for advanced pathology research. With 12-slide capacity, high-speed brightfield and fluorescent scanning, and exceptional resolution down to 0.10 um/pixel, it offers unmatched precision. Its compact design and automated workflows make it ideal for research applications, including biomarker analysis, multiplex imaging, and tissue morphology studies.

Research

Pannoramic 250 FLASH III Digital Scanner

Developed for research innovation, this 300-slide scanner delivers rapid brightfield imaging, advanced fluorescence capabilities with 45 channels, AI-driven tissue detection, and Z-stack options, transforming demanding workflows with meticulous attention to detail.

Research

TMA molmed

Discover the TMA molmed, a fully automated, high-speed solution for tissue microarray creation and molecular sampling from FFPE and mega blocks. Combing precision microarraying with laser microdissection-like functionality, it enables highly accurate tissue extraction for advanced molecular applications, making it an essential tool for pathology, biobanking, and traslational research.

Software

SlideManager

Secure, centralized storage of digital slides for regulatory compliance

№3. Diagnostic Consistency & Standardization

Solutions Components

Pannoramic 150 & MIDI III offer brightfield and fluorescence imaging for precise tumor analysis.
TMA molmed facilitates comparative pathology studies between human and animal cancers.
QuantCenter’s AI-powered analysis accelerates biomarker quantification.

Key Benefits

Veterinary oncologists and pharmaceutical companies can improve targeted therapy research and accelerate new treatment discoveries.

Research

Pannoramic 150 Digital Scanner

The Pannoramic 150 is a versatile digital pathology system designed for high-speed, high-resolution brightfield and fluorescence scanning. Equipped with a continuously moving stage, advanced Plan-Apochromat optics including a 10x objective, and a back-illuminated sCMOS camera, it delivers exceptional image clarity and efficiency for research applications.

Research

Pannoramic MIDI III Digital Scanner

The Pannoramic MIDI III is a versatile high-performance digital slide scanner designed for advanced pathology research. With 12-slide capacity, high-speed brightfield and fluorescent scanning, and exceptional resolution down to 0.10 um/pixel, it offers unmatched precision. Its compact design and automated workflows make it ideal for research applications, including biomarker analysis, multiplex imaging, and tissue morphology studies.

Research

TMA molmed

Discover the TMA molmed, a fully automated, high-speed solution for tissue microarray creation and molecular sampling from FFPE and mega blocks. Combing precision microarraying with laser microdissection-like functionality, it enables highly accurate tissue extraction for advanced molecular applications, making it an essential tool for pathology, biobanking, and traslational research.

Software

QuantCenter

AI-powered analysis accelerates biomarker quantification.

Implementation

Field Scenarios & Results

Scenario 1: Wildlife Disease Surveillance & Conservation Efforts

Problem

A government wildlife research institute needed a digital pathology solution to monitor disease outbreaks in endangered species, including avian influenza and tuberculosis in wild birds and large mammals.

Implementation

Pannoramic Scan II deployed in wildlife disease surveillance labs.
TMA molmed created TMAs of tissue samples from multiple affected species to track disease progression.
SlideViewer & WebViewer allowed global conservation scientists to review cases remotely.

Results

Faster detection of avian influenza outbreaks, improving response times.
Enabled cross-species disease tracking, supporting global conservation efforts.
Helped veterinarians develop wildlife disease intervention strategies.

Impact

Wildlife conservationists, epidemiologists, and government agencies improved disease control measures for endangered species, preventing species decline and potential zoonotic transmission to humans.

Scenario 2: Livestock Disease Surveillance & Agriculture

Problem

A national poultry farm network struggled to control avian influenza outbreaks, leading to high flock mortality and financial losses.

Implementation

Installed Pannoramic Scan II to digitally analyze tissue samples from infected flocks.
Used TMA molmed for high-throughput viral biomarker validation.
Integrated SlideManager & WebViewer to track disease spread across farms in real time.

Results

50% faster disease detection, enabling earlier intervention and containment.
Reduced economic losses by 30% through improved outbreak response.
Better vaccine deployment strategies based on biomarker data.

Impact

Poultry farmers and veterinary epidemiologists gained better disease control and improved food security.

Scenario 3: Meat Safety & Pathogen Detection in Cattle

Problem

A beef production company needed early bacterial pathogen detection to ensure meat safety before slaughter.

Implementation

Pannoramic MIDI III provided fluorescence imaging of bacterial infections in cattle tissues.
TMA molmed created high-density biomarker arrays for detecting bacterial toxins.
SlideManager & WebViewer enabled remote food safety inspections.

Results

Reduced bacterial detection time by 60%, preventing unsafe meat from entering the supply chain.
Improved antibiotic use policies to reduce overuse in livestock.
Fewer recalls and better regulatory compliance.

Impact

Beef producers, food regulators, and veterinary inspectors ensured higher food safety standards and consumer protection.

Scenario 4: Vaccine Development for Swine & Livestock Diseases

Problem

A biotech company developing a vaccine for porcine reproductive and respiratory syndrome (PRRS) needed high-throughput biomarker validation for clinical trials.

Implementation

Used TMA molmed to create standardized TMA blocks from vaccinated pigs.
Pannoramic 250 Flash III provided high-resolution imaging of immune responses.
QuantCenter AI automated inflammatory response quantification.

Results

30% reduction in preclinical vaccine development time.
AI-driven biomarker validation improved reproducibility.
Lower costs by reducing manual histopathology workload.

Impact

Pharmaceutical companies and veterinary researchers accelerated vaccine rollout, improving livestock disease management.

Who Benefits from These Solutions?

Wildlife Conservation Scientists

Rapid disease surveillance for endangered species, preventing population decline.

Veterinary Researchers & Pathologists

High-resolution imaging and AI-driven analysis improve diagnostics.

Telepathology & Remote Consultation Networks

AI-assisted bacterial pathogen detection ensures safer meat and dairy products.

Livestock Farmers & Poultry Producers

Early disease detection prevents large-scale economic losses.

Pharmaceutical Companies

High-throughput biomarker studies accelerate vaccine development.

Developing Veterinary Pathology Across Research, Wildlife, and Agriculture

By integrating whole slide imaging, AI-assisted analysis, and tissue microarrays, veterinary pathology is becoming more precise, scalable, and effective. 3DHISTECH’s solutions empower researchers, conservationists, and food producers to:

Monitor wildlife diseases to prevent extinction and zoonotic transmission.
Detect and control livestock infections to improve farm productivity.
Ensure meat and dairy safety through pathogen screening.
Accelerate veterinary vaccine development.

With digital pathology innovations, veterinary science plays a pivotal role in protecting animal and human health worldwide.

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