AI Tools

Welcome to a suite of precision tools engineered at the intersection of molecular science and bedside care. These applications—spanning Pharmacogenomics (PGx), Therapeutic Drug Monitoring (TDM), Dialysable Medicines, A.R.M.O.R. Deprescribing Assistant, Integrated Opioid Stewardship tools, and many more!—represent more than just code; they are the digital embodiment of rigorous clinical logic.

Personally engineered by Prof. Mohamed Irhuma, each tool is built upon a foundation of EB-AI (Evidence-Based AI). By translating complex algorithms and high-stakes clinical data into actionable "clinical co-pilots," we move beyond static reference material toward a precision-first future where every dose is as unique as the patient receiving it.

PGx Clinical Tool

Engineered by a Consultant Clinical Pharmacologist, this state-of-the-art Pharmacogenomics (PGx) Dashboard transforms complex genetic data into a frictionless safety sentinel for the modern prescriber. Designed specifically for high-pressure clinical environments, the tool moves beyond static data to provide brief, high-impact guidance that prioritises patient safety and therapeutic optimisation. By acting as an intelligent 'clinical co-pilot,' it bridges the gap between molecular science and the bedside, alerting you to critical drug-gene interactions before the first script is written.

Whether managing high-stakes anticoagulants, antidepressants, or oncology agents, this dashboard distils global consensus guidelines into actionable, real-time insights. Eliminate the 'trial-and-error' trajectory of traditional medicine and transition to a precision-first approach. This is more than a database; it is a clinical blueprint for safer, DNA-verified prescribing—delivering the exact guidance you need, exactly when you need it, to ensure every dose is as unique as the patient receiving it.

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Anticonvulsant Therapeutic Drug Monitoring (TDM) Tool

Engineered by a Consultant Clinical Pharmacologist, this bespoke Anticonvulsant TDM Intelligence Tool serves as a high-precision compass for navigating the narrow therapeutic windows of modern epilepsy management. Designed to dismantle the complexities of saturable kinetics and auto-induction, this interface transforms volatile serum concentration data into a frictionless safety sentinel for the front-line clinician.

Acting as an essential "clinical co-pilot," the tool bridges the divide between complex pharmacokinetic principles and the high-pressure bedside environment. It moves beyond static reference tables to provide brief, high-impact guidance that prioritises patient safety, alerting you to the subtle threshold between therapeutic control and dose-related neurotoxicity before clinical complications arise.

Whether monitoring legacy agents like Phenytoin and Phenobarbital or individualising newer-generation therapies like Lamotrigine and Lacosamide, this tool distils global consensus guidelines—including ILAE standards—into actionable, real-time insights. Eliminate the uncertainty of "standard" dosing and transition to a precision-first monitoring strategy. This is more than a database; it is a clinical blueprint for safer, concentration-verified prescribing—delivering the exact guidance you need, exactly when you need it, to ensure every dose is as unique as the patient’s metabolic profile.

Integrated Opioid Stewardship & Safety Tool

Engineered by a Consultant Clinical Pharmacologist for the high-stakes reality of modern analgesic management, this Integrated Opioid Stewardship Tool serves as a high-precision compass for navigating the precarious intersection of chronic pain and prescription safety. Designed to dismantle the complexities of opioid rotation and rotation-induced toxicity, this interface transforms static equianalgesic tables into a frictionless safety sentinel for the front-line clinician.

Acting as an essential "clinical co-pilot," the tool bridges the divide between theoretical potency ratios and the high-pressure bedside environment. It moves beyond simple arithmetic to incorporate the validated Opioid Risk Tool (ORT), ensuring every prescription begins with rigorous patient stratification. By automatically calculating for incomplete cross-tolerance—a critical physiological blind spot—the interface alerts you to the threshold between therapeutic relief and respiratory depression before clinical complications arise.

Distilling global consensus guidelines—including FPM, ANZCA and CDC standards—into actionable insights, this tool covers a comprehensive spectrum from legacy agents to modern therapies like Tapentadol. Eliminate the uncertainty of "standard" conversions and transition to a precision-first stewardship strategy. This is more than a calculator; it is a clinical blueprint for safer, evidence-verified prescribing—delivering the exact guidance you need to ensure every dose is as unique as the patient’s risk profile.