Veterinarians’ Perceptions of Veterinary Point-of-Care Diagnostics
A Comparative Study Across Germany, France, the UK & the US
Veterinary point-of-care diagnostics—such as rapid tests, portable PCR devices in veterinary practice, in-clinic lab equipment, AI-enabled cytology, and handheld imaging—are becoming more common in modern veterinary care.
As part of a broader shift toward animal health digital tools supported by veterinary intelligence platforms, these technologies enable faster diagnostic insights directly within clinics.
This study explores veterinarian perceptions across four major regions regarding the value, challenges, and future potential of POC diagnostics in veterinary medicine.
Study Purpose
The research aimed to compare veterinarian perceptions of veterinary point-of-care diagnostics across Germany, France, the UK and the US, focusing on clinical usefulness, workflow impact, cost considerations, confidence in interpreting results, training needs and usability, and future adoption intentions for POC diagnostics veterinary technologies.
These findings build on trends observed in veterinary digitalization in animal health
Study Design
Sample: 200 veterinarians (50 per country)
Practice Types: 60% small animal, 25% mixed, 15% large/production
Method: 10-item Likert survey examining adoption and usage of POC diagnostics veterinary technologies.
Practice Types: 60% small animal, 25% mixed, 15% large/production
Method: 10-item Likert survey examining adoption and usage of POC diagnostics veterinary technologies.
Participant Profile
Average age: 46.2 years
Experience: 15.3 years
Experience: 15.3 years
Key Findings
- Strong belief in clinical value: Faster diagnosis and improved patient outcomes, especially when powered by AI-driven animal health analytics platform, were widely recognized benefits of veterinary point-of-care diagnostics.
- Cost remains a major barrier: The highest concern was reported in Germany and France, while US veterinarians showed slightly lower cost sensitivity when adopting new animal health digital tools.
- Training is essential: Respondents emphasized the need for structured training to support the effective use of POC diagnostics veterinary systems.
- Accuracy perceptions vary: Confidence in results from portable PCR devices in veterinary practice and related diagnostic technologies was highest in the US and lower in France and Germany.
- Client expectations drive adoption: Pet owners increasingly expect rapid results, encouraging the use of veterinary point-of-care diagnostics.
- Future usage expected to rise: The US and UK show the strongest intention to expand the use of animal health digital tools and advanced diagnostic technologies.Similar growth patterns are also seen in animal health monitoring technologies in clinical practice
Regional Differences at a Glance
| Region | Adoption Mindset | Key Driver | Key Barrier |
|---|---|---|---|
| US | Highly optimistic | Client demand & innovation culture | Cost (moderate) |
| UK | Positive but cautious | Clinical evidence & guidelines | Operational fit |
| Germany | Interested but hesitant | Accuracy and scientific rigor | Cost & scepticism |
| France | Lowest adoption intent | Growing awareness | Training & budget constraints |
What This Means
Veterinarians recognize the value of POC diagnostics in veterinary medicine, particularly for urgent care, chronic disease management, and communication with pet owners. However, adoption remains uneven across regions. The main limiting factors include cost, workflow integration challenges, and training gaps when implementing veterinary point-of-care diagnostics in routine practice.
Recommendations
- Affordable pricing or leasing models for clinics adopting veterinary point-of-care diagnostics.
- Local validation studies demonstrating the clinical and financial benefits of POC diagnostics veterinary technologies.
- Interoperable systems integrated with practice management software.
- AI-supported interpretation and onboarding training to improve adoption of animal health digital tools.
Conclusion
Veterinary point-of-care diagnostics are increasingly viewed as an emerging standard in veterinary medicine. Technologies such as portable PCR devices in veterinary practice and other advanced animal health digital tools enable faster diagnostics and improved clinical decision-making through AI-powered veterinary intelligence solutions. With the right support—particularly around cost, training, and workflow integration—POC tools have strong potential to become routine across both companion-animal and livestock settings in the US and Europe.
