OPEN VETERINARY INFORMATICS & BIOINFORMATICS 🩺

About PetGeneticsPro

We believe every pet owner, shelter worker, and preservation breeder deserves instant access to rigorous veterinary science, accurate medication dosages, and Mendelian genetic predictionsβ€”completely free, open-access, and zero paywalls.

Peer-Reviewed Literature Standards
100% Free Open Access
Transparent Mathematical Formularies
Home β€Ί About PetGeneticsPro

Our Mission & Computational Philosophy

In the era of internet misinformation, inaccurate pet dosage calculations and flawed breeding predictions can lead to fatal drug toxicities or tragic developmental defects. PetGeneticsPro was created by an independent team of computational researchers, bioinformatics software engineers, and passionate companion animal preservation enthusiasts to bridge the gap between complex academic veterinary literature and everyday practical care.

Rather than functioning as a commercial clinic or relying on opaque black-box algorithms, our platform transcribes gold-standard peer-reviewed veterinary pharmacopeias, WSAVA nutritional guidelines, and university genetic laboratory protocols into transparent, mathematically validated digital tools accessible to everyone worldwide without cost.

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100% Scientific Fidelity
Every formula is directly transcribed from peer-reviewed veterinary literature, Plumb's 9th ed, and WSAVA guidelines.
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Always Free, Zero Paywalls
Essential veterinary health and genetic tools must be universally accessible without paywalls, fees, or subscriptions.
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Open Methodology & Sources
We publish the exact formulas, scientific citations, and calculation steps so every clinician and owner can audit the math.

Our Scientific Foundation: Primary Reference Literature

Our computational algorithms do not guess or approximate. Every calculation engine across our 650+ tools is calibrated against published, authoritative clinical veterinary literature:

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Small Animal Pharmacology & Toxicology Compendium
Plumb's Veterinary Drug Handbook (9th Edition) & FDA Center for Veterinary Medicine
Primary References: Donald C. Plumb, PharmD Β· ASPCA Animal Poison Control Center (APCC)
Our medication dosage, Constant Rate Infusion (CRI), and emergency toxicology calculations are benchmarked strictly against Plumb's Veterinary Drug Handbook, official FDA package inserts, and ASPCA APCC published thresholds. Every drug profile accounts for narrow therapeutic indexes, critical black-box contraindications (such as naproxen canine renal risks or acetaminophen glucuronidation deficiency in cats), and species-specific allometric scaling models.
πŸ“š Plumb's 9th Edition πŸ›οΈ FDA CVM Guidelines 🚨 ASPCA APCC Toxic Thresholds βš–οΈ Allometric Weight Scaling
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Theriogenology, Gestation & Pediatric Growth Science
WSAVA Global Nutrition Guidelines & Waltham International Growth Curves
Primary References: World Small Animal Veterinary Association Β· NRC Nutrient Requirements of Dogs & Cats
Our gestation calculators, due date calendars, pediatric weight growth models, and nutritional algorithms are constructed using Kleiber's Law of allometric metabolic scaling (70 Γ— BW_kg^0.75), WSAVA life-stage nutritional standards, and Waltham Gompertz non-linear growth curves. We provide size-differentiated developmental timetables (toy, medium, large, and giant breeds) reflecting physiological milestones from embryonic implantation through epiphyseal growth plate closure.
πŸ“ˆ Waltham Gompertz Growth Models πŸ₯— WSAVA Global Nutrition Standards πŸ”¬ NRC Canine & Feline Nutrients πŸ“… Ovulation to Whelping Chronology
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Mammalian Genomics & Population Epistasis Standards
UC Davis Veterinary Genetics Laboratory (VGL) & Sewall Wright's COI Mathematics
Primary References: The Genetics of the Dog (Ruvinsky & Sampson) Β· Lyons Feline Genetics Laboratory
Our multi-locus canine (A, B, co, D, E, K, M, S, L) and feline (A, B, C, D, I, O, S, W, Ta) coat color prediction matrices are engineered according to official UC Davis VGL allele hierarchies and published feline X-chromosome lyonization dynamics. Our models prioritize health-first breeding ethics, incorporating automated alerts for double merle (M/M) sensory defects, color dilution alopecia (CDA), and Wright's Coefficient of Inbreeding (COI) thresholds.
🧬 UC Davis VGL Allelic Hierarchy πŸ“Š Wright's Inbreeding Coefficient (COI) ⚠️ Double-Merle Lethal Alert Engine 🐈 X-Linked Lyonization Modeling

Our Transparent Methodology & Editorial Process

Learn how we extract primary academic literature, calibrate allometric scaling formulas, and implement verification protocols to ensure zero fabricated calculations.

Read Editorial Standards β†’