Poster: Methodology – AI/Machine Learning

DeepARV-ChemBERTa: Ensemble Deep Learning to Predict Drug-Drug Interaction of Clinical Relevance with Antiretroviral Therapy

Thursday 16 October, 2025

Introduction:  Drug-drug interaction (DDI) may result in toxicity or treatment failure of antiretroviral therapy (ARV) or comedications. Despite the high…

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Integrating Random Effects in Scientific Machine Learning Models for Pharmacokinetic Modeling

Thursday 16 October, 2025

Introduction: The last few years have seen a remarkable rise in the use of machine learning (ML) in clinical pharmacology…

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Stochastic Gate Neural Networks for Automatic Covariate Selection in Pharmacometrics Population Modeling

Thursday 16 October, 2025

Introduction: Population pharmacokinetic (PK) models describe the behavior of drugs in the body and are usually constructed within a nonlinear…

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Machine Learning algorithms for concentration prediction in anticancer drug therapy: Towards a method for individual dose adjustment

Thursday 16 October, 2025

Introduction: In oncology, under- or overdosing often occurs due to the administration of drug doses not taking into account the…

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Discovering Intrinsic PK/PD Models Using Physics Informed Neural Networks

Thursday 16 October, 2025

Introduction: Pharmacokinetic-pharmacodynamic (PK/PD) models employ ordinary differential equations (ODEs) for describing the relationship between dose, concentration, intensity, and response duration…

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Identifying SHAP’s added value to PK covariate modeling on a small dataset

Thursday 16 October, 2025

Introduction: Covariate model building can be the most time-consuming step of popPK modeling. To reduce this time required, several machine…

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Data-Driven Discovery of Interpretable Feedback Mechanisms in Acute Myeloid Leukaemia using DeepPumas

Thursday 16 October, 2025

In pharmacometrics, model derivation and selection are critical for quantitatively analyzing drug-biological interactions, elucidating pharmacokinetic/-dynamic (PKPD) relationships, and optimizing dosing…

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Machine learning time-to-event analysis for prediction of 2-month culture conversion with phase 2a information in tuberculosis drug development

Thursday 16 October, 2025

Introduction:  In clinical tuberculosis (TB) drug development, phase 2a trials assess early bactericidal activity over two weeks using the time-to-positivity…

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Machine Learning for Antibiotic-Induced Nephrotoxicity Prediction in Korean Hospitalized Patients

Thursday 16 October, 2025

Objectives: Drug-induced nephrotoxicity accounts for 19-26% of cases of acute kidney injury in hospitalized patients[1]. Nephrotoxicity is closely related with…

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Generative Models for Synthetic Data Generation: Application to PKPD data

Thursday 16 October, 2025

Objectives:  The generation of synthetic (artificial) patient data that possess the statistical properties of the original ones plays a fundamental…

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