Veterinary practices are adopting AI tools to improve diagnostic accuracy, reduce administrative burden, and enhance client communication. Here are the most valuable AI tools for veterinary professionals.
1. Claude / ChatGPT for Veterinary Work
Best for: Clinical research, client communication, and documentation
General AI provides significant value in veterinary practice:
Differential diagnosis exploration:
Prompt: Help me think through differentials for this clinical presentation.
Species: 9-year-old spayed female German Shepherd
Chief complaint: 3-week history of progressive hind limb weakness and
ataxia, owner reports occasional stumbling
History:
- No trauma reported
- Current on heartworm prevention
- Vaccinations current
- Diet: commercial kibble
- No recent travel
- Bathroom habits: owner thinks urination is taking longer
Physical exam:
- Alert and responsive, BCS 5/9
- Hind limb proprioceptive deficits bilaterally (more pronounced left)
- Pain on palpation over thoracolumbar spine (T12-L2)
- Deep pain perception intact in both hind limbs
- Normal front limb function
- Normal thoracic auscultation
Generate a differential diagnosis list from most to least likely,
with brief rationale for each. Note what additional diagnostics
would help differentiate.Client communication:
Prompt: Write a client education letter explaining the diagnosis and
treatment plan for a dog with Addison's disease.
Patient: 5-year-old male intact Labrador Retriever "Max"
Diagnosis: Hypoadrenocorticism (Addison's disease)
Treatment plan:
- Percorten-V (DOCP) injection monthly
- Prednisone 0.2mg/kg daily (chronic)
- Recheck with electrolytes every 6 months
Client: First-time dog owner, no prior experience with chronic disease management
Tone: Reassuring, practical, non-overwhelming
Cover: what Addison's is, why treatment is lifelong, what to watch for at home,
how to give medications, what constitutes an emergency, prognosis with treatment2. Provet Cloud / Ezyvet (AI-Enhanced Practice Management)
Best for: Integrated veterinary practice management with AI
Modern veterinary practice management systems are integrating AI:
Provet Cloud:
- AI-assisted medical record templates
- Smart appointment scheduling
- Automated payment reminders and client messaging
- Drug dosing calculators integrated with patient weight
- Inventory management with automated reordering
- Revenue analytics and benchmarking
Ezyvet:
- AI-powered text recognition for lab results
- Automated discharge instructions based on procedure codes
- Client communication automation
- Integration with diagnostic labs (IDEXX, Antech) for auto-import of results
These systems reduce documentation time per patient by 20-30% according to user surveys.
3. IDEXX AI Diagnostic Tools
Best for: Laboratory result interpretation
IDEXX, the dominant veterinary diagnostics company, has integrated AI:
IDEXX inVue Dx Cellular Analyzer:
- AI-powered digital cytology
- Automated cell classification and counting
- Flags abnormal results for review
- Available in-practice for immediate results
IDEXX SmartFlow:
- AI-enhanced ICU patient monitoring
- Automated vital sign tracking
- Treatment schedule management
- Digital whiteboard for hospitalized patients
IDEXX Reference Lab AI:
- AI flags abnormal patterns in lab results
- Trend analysis across multiple visits
- Integration with your PIMS for result import
4. Signalment AI
Best for: Radiograph analysis and imaging AI
Signalment’s AI assists with radiographic interpretation:
- Bone lesion detection and classification
- Thoracic radiograph analysis (effusion, cardiac size, pulmonary patterns)
- Orthopedic measurement tools (VHS, TPA, norberg angle)
- Spine lesion flagging
For general practitioners handling cases outside their normal comfort zone, AI second opinion on radiographs is particularly valuable.
5. VetAI / VetExpert
Best for: Drug interaction checking and formulary
These veterinary-specific drug reference tools with AI:
- Multi-species drug dosing (dogs, cats, exotics, livestock)
- Drug interaction checking
- Off-label use documentation
- Drug compounding calculations
- Species-specific formulary
Unlike human drug references, these tools account for species-specific metabolism — critical when dosing for exotic animals or unusual presentations.
6. Anamnesis (AI History Taking)
Best for: Pre-appointment client intake
Anamnesis sends clients a detailed AI-guided questionnaire before the appointment:
- Species-appropriate history questions
- Chief complaint branching (different questions for lameness vs. GI vs. skin)
- Captures travel history, exposure history, current medications
- Integrates with practice management system
- Presents organized summary to veterinarian before they enter the exam room
Time savings: A detailed 10-15 minute history captured before the appointment means the veterinarian spends more time examining and less time asking basic questions.
7. Otto (Veterinary Telemedicine with AI Triage)
Best for: Telemedicine and triage support
Otto’s veterinary telemedicine platform:
- AI-powered triage questionnaire (determines urgency level)
- Video telemedicine appointments
- Digital prescription management
- Client photo/video submission for dermatology and wound cases
- Follow-up automation
For practices offering telemedicine, the AI triage prevents inappropriate telemedicine (true emergencies get directed to ER) and appropriate level-sets client expectations.
AI Prompts for Veterinary Practice
Discharge Instructions
Prompt: Write discharge instructions for a cat that just had a
routine ovariohysterectomy (spay).
Patient: 6-month-old domestic shorthair cat "Luna"
Surgery: Routine OVH, no complications
Incision: Flank approach, 3 external sutures (absorbable subcuticular,
tissue glue externally)
Pain management sent home: Meloxicam 0.1mg/kg q24h x5 days
E-collar: Provided, owner educated
Client: First-time cat owner, adult single woman
Discharge instructions should cover:
- Immediate post-anesthesia monitoring (tonight)
- Activity restrictions (2 weeks)
- Incision monitoring (what's normal vs. call us)
- E-collar compliance
- Medications (how to give, what to watch for)
- Feeding schedule tonight and tomorrow
- When to seek emergency care
- Suture check appointment reminder
Tone: Warm and practical. Not overly technical.Medical Record SOAP Note
Prompt: Draft a SOAP note from these clinical notes.
Patient: Riley, 7yo MN Golden Retriever, 32kg
Visit reason: Recheck following diagnosis of hypothyroidism 6 weeks ago
S: Owner reports significant improvement. Energy level "back to normal"
per owner. Weight stable. No more excessive shedding owner noticed before.
Still getting thirsty but less so. No GI signs.
O: QAR. BCS 6/9 (slight improvement). Coat quality improved vs 6 wks ago.
No dry skin areas noted today. HR 72, RR 20, T 38.7°C.
T4 drawn today. Thyroid palpation wnl. All other systems wnl.
A: Hypothyroidism, responding to treatment. T4 pending.
Plan based on assuming T4 in appropriate range: Continue Soloxine 0.7mg BID.
Recheck T4 in 6 months. If T4 elevated today: adjust dose and recheck in 4 weeks.
P: Dispense: Soloxine 0.7mg #180 (6 months).
Phone call with T4 result. Recheck HQ at 6 months or if signs recur.
Format this as a complete SOAP note in standard veterinary format.Client Education on Chronic Disease
Prompt: Create a client education handout for a dog diagnosed with
diabetes mellitus requiring insulin therapy.
Diagnosis: Diabetes mellitus, insulin-dependent
Insulin prescribed: NPH (Humulin N) 0.5 U/kg BID SC
Monitoring: Urine glucose strips, 2-week glucose curve at clinic
Client situation: Retired couple, both willing to give injections,
moderate tech literacy
Content to cover:
- What is diabetes in dogs (simple explanation)
- Why insulin is necessary
- How to store and handle insulin
- Step-by-step injection technique
- Feeding schedule (must eat before each injection)
- Signs of hypoglycemia and what to do
- Signs of diabetic ketoacidosis (emergency)
- Monitoring at home
- Long-term expectations and quality of life
Format: Print-friendly. Include a daily log template for home monitoring.Veterinarians who use AI for documentation, client communication, and research support report saving 30-60 minutes per day — time that can be redirected to patient care.