The AI-powered precision dosing platform for clinical teams
DoseMap combines pharmacokinetic modeling, pharmacogenomics, real-time lab integration, and institutional protocol support into a single clinical decision support platform built for hospital pharmacy workflows.
Pharmacogenomic Dosing
DoseMap incorporates CYP450 enzyme profiles, genetic polymorphisms, and metabolizer phenotypes directly into dosing calculations. For drugs with known pharmacogenomic associations — including warfarin, clopidogrel, codeine, and tamoxifen — the platform adjusts recommendations based on the patient's genetic profile, reducing the risk of therapeutic failure or toxicity.
Supports 120+ pharmacogenes with clinical annotationsPharmacy teams adjust opioid dosing for CYP2D6 poor metabolizers to avoid adverse effects
Oncology pharmacists incorporate DPYD status into fluoropyrimidine dosing protocols
Clinical pharmacologists use genotype-guided warfarin initiation to reach therapeutic INR faster
Renal & Hepatic Dose Adjustment
DoseMap continuously monitors eGFR, creatinine clearance, and hepatic function markers to adjust dosing in real time. As lab values change during a patient's hospital stay, the platform recalculates and alerts the care team when dose modifications are warranted — particularly critical for renally-cleared drugs and hepatically-metabolized agents.
Auto-recalculates as lab values updateICU pharmacists receive automatic alerts when declining renal function requires dose reduction for vancomycin or aminoglycosides
Hepatology teams apply Child-Pugh-adjusted dosing for sedatives and analgesics in cirrhotic patients
Transplant pharmacists monitor calcineurin inhibitor levels alongside organ function trends
Drug Interaction Engine
DoseMap screens the complete active medication list against a continuously updated interaction database covering pharmacokinetic and pharmacodynamic interactions. Clinically significant interactions are flagged with severity grading, mechanism explanations, and actionable alternatives — not just generic warnings that get ignored.
18,000+ interaction pairs with clinical severity gradingPharmacists catch CYP3A4 inhibitor interactions before they cause supratherapeutic drug levels
Physicians receive QTc prolongation risk alerts when combining multiple QT-prolonging agents
Clinical teams evaluate polypharmacy risk in elderly patients with automated interaction summaries
Therapeutic Drug Monitoring
DoseMap integrates measured drug concentrations — trough levels, peak levels, and AUC estimates — into Bayesian pharmacokinetic models that refine dose predictions for each individual patient. The platform learns from every measured concentration, improving accuracy over the course of therapy.
Bayesian PK modeling refined with each measured levelPharmacy teams optimize vancomycin AUC/MIC targeting using Bayesian estimation from trough levels
Aminoglycoside dosing is refined with peak and trough measurements to balance efficacy and nephrotoxicity risk
Transplant pharmacists use tacrolimus trough trends to predict dose adjustments before levels drift out of range
Built for clinical teams
For Hospital Pharmacists
Streamline dosing consults with AI-generated recommendations that account for the full clinical picture — organ function, genetics, interactions, and institutional protocols.
For Oncology Teams
Apply BSA-based, AUC-targeted, and weight-capped chemotherapy dosing with built-in toxicity grading and protocol-aware dose reductions.
For Clinical Pharmacologists
Leverage Bayesian PK modeling and pharmacogenomic data to optimize narrow therapeutic index drugs and complex multi-drug regimens.
Connects to your clinical ecosystem
DoseMap integrates with major EHR systems, drug databases, genomic data sources, and pharmacy dispensing systems.
EHR
Genomics
Drug Database
Interoperability
Diagnostics
Pharmacy
Ready to bring precision dosing to your institution?
Join 340+ hospitals using DoseMap to reduce adverse drug events, optimize therapeutic outcomes, and give clinical teams the dosing intelligence they need at the point of care.
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