ACoP13 Posters

SxP Education Committee reviewed the ACoP program and abstracts to select content of interest for SxP

ACoP13
Posters
Published

October 27, 2022

Link to the ACoP13 poster schedule

Monday Oct 31

  • M-005 - Other519 :
    • Anitha Saravanakumar: Meta-analysis of clinical doses of oncology chimeric antigen receptor cell therapy and empirical preclinical to clinical dose translation
  • M-010 TPM514 :
    • Logan Brooks: Shap-Cov: Explainable machine learning for rapid Population Pharmacokinetic (PopPK) covariate identification
  • M-017 - STPM506 :
    • Mutaz M. Jaber: Evaluation of Recorded Time Deviations on Parameter Estimates in Nonlinear Mixed-effect Analyses
  • M-023 - MCS498 :
    • Varun Aggarwal: Survey of algorithms for building human activity recognition and verification framework
  • M-032 - Other487 :
    • Varun Aggarwal: Algorithmic literacy: a proposed framework for the assessment of algorithms as fit-for-purpose tools in clinical trials
  • M-049 - PMX470 :
    • Jasmine Hannah Hughes: One model to rule them all? Optimal model for model-informed precision dosing of vancomycin varies across healthcare providers
  • M-050 - PMX469 :
    • Wenlian Qiao: A computational model leveraging natural history study data to quantify drug efficacy in achondroplasia
  • M-054 - STPM465 :
    • Rashed Harun: Machine learning-based identification of risk factors of hyperglycemia following Ipatasertib treatment in a metastatic castration-resistant prostate cancer population
  • M-055 - STPM464 :
    • Matthew Wiens: A Machine Learning and Statistical Meta-Analysis for Trial Simulations Predicting Transitions from Relapsing-Remitting to Secondary Progressive Multiple Sclerosis
  • M-061 - PMX457 :
    • Nadia Noormohamed: A Tale of Two Methods: A Comparison of Stepwise Covariate Modeling (SCM) and Manual Covariate Modeling
  • M-078 - PMX440 :
    • Paul van den Berg: Innovative adaptive dose simulations in NONMEM to allow simulation-based model evaluation of titration-based dosing, applied to a population dose-hemoglobin model for daprodustat
  • M-080 - STPM355 :
    • Shuhui Li: Evaluating Novel Pilot Pharmacokinetic Bioequivalence Study for Inhalation Powder Drug Products Exhibiting Batch-to-Batch Deviation
  • M-081 - PMX354 :
    • Shuhui Li: Exploration the Potential Impact of Batch-to-Batch Variability of Inhalation Powder Drug Products on Pharmacokinetic Bioequivalence Study Power

Tuesday Nov 1

  • T-004 - MCS379 :
    • Freya Bachmann: Dealing with Parameter Uncertainty - a Sensitivity Analysis for Computing Optimal Drug Dosing with OptiDose
  • T-008 - STPM437 :
    • Mario Nagase: An Application of Neural-ODE to Population Pharmacokinetic Modeling
  • T-010 - PMX435 :
    • Chih-Wei Lin: A Platform Model for Multiple Time-To-Event Endpoints in Oncology Clinical Trials
  • T-015 - STPM430 :
    • Jian Zhou: Model-Based Meta-Analysis for Major Adverse Cardiovascular Events in Autoimmune Diseases Clinical trials - to Predict the Real-World Data
  • T-022 - STPM423 :
    • James A Rogers: Analysis Planning and Interpretation Using Causal Directed Acyclic Graphs: A Case Study in Oncology
  • T-023 - STPM422 :
    • Cameron McBride: Quantifying Uncertainty of Systems Model Predictions to Uncertainty in Fixed Parameters
  • T-030 - STPM414 :
    • Sheetal Panday: Predicting the Incidence Proportion of Drug-Induced Serotonin Syndrome-Associated Tremors Using a Model-based Meta-Analysis
  • T-032 - PMX412 :
    • Ahmed M Salem: A Full Bayesian Approach for Population Pharmacokinetic/Pharmacodynamic Modeling of Unfractionated Heparin in Pediatrics
  • T-035 - STPM409 :
    • Lucie Fayette: Pharmacometrics Enhanced Bayesian Borrowing
  • T-036 - STPM408 :
    • Xinrui Zhang: Bayesian Horseshoe prior for covariate selection in Exposure-Response analysis
  • T-038 - STPM406 :
    • _Peter Bonate Investigation of potential applications of machine learning in covariate screening-
  • T-039 - STPM405 :
    • Michael Pauley: Quantifying the impact of a high burden chronic disease on a clinical trial using clinical trial simulation tools
  • T-041 - SFTL403 :
    • Elisabeth Roesch: Pumas-QSP: A high-performance and easy-to-use modeling tool for Advanced Pharmaceutical Sciences
  • T-044 - STPM400 :
    • Douglas Marsteller: Markovian Chain Exposure-Response Analysis of Istradefylline (KW-6002) Assessed Using Daily Diary
  • T-050 - PMX393 :
    • Monika Twarogowska: A method to correct VPC bias due to non-random dropout via censored data addition using the MonolixSuite
  • T-055 - SFTL387 :
    • Jonathan Chauvin: RsPKanalix: an open-source package for MonolixSuite data formatting and reporting in R
  • T-064 - STPM376 :
    • Federico Reali: A hybrid minimal PBPK and machine learning approach to predict drug penetration in tuberculosis lesions
  • T-071 - PMX368 :
    • Brian Jermain: Development of Adaptive Dose Simulations Using R and mrgsolve to Improve Tolerability While Maximizing Dose Intensity in Oncology
  • T-075 - STPM363 :
    • Kosalaram Goteti: Application of Model-Based Meta-Analysis to Set Benchmarks for New Treatments of Systemic Lupus ErythematosusT-077
  • T-077 - STPM361 :
    • Kai Wang: Estimation of Time to Progression and Post Progression Survival through Joint Modeling of Overall Survival and Progression-free Survival following Anti-PD1 Treatments across Oncology Indications

Wednesday Nov 2

  • W-004 - STPM349 :
    • Matthew Putnins: Powering And Designing Clinical Trials Using Exposure Response Modeling
  • W-014 - SFTL339 :
    • Erik Hahn: An Oncology Dashboard for real-time analysis of early phase clinical PK/PD data using ROracle and R-Shiny
  • W-030 - STPM323 :
    • Rahul Kumar: Goyal Application of Machine Learning Analysis to Inform Medical Countermeasure Development -A Case Study Using Random Forest Ensemble to Identify Predictive Biomarkers of Mortality for Hematopoietic Acute Radiation Syndrome and Confirmation of Benefit with Leukine? Across Myeloid Lineages
  • W-041 - PMX312 :
    • Lihong Du: A Bayesian Population Pharmacokinetic Model for Imipenem and Relebactam to Support Selection of Optimal Dosing Regimens for Children of Less Than 2 Years of Age
  • W-074 - PBPK275 :
    • Ahmed Elmokadem: Bayesian PBPK Modeling using R/Stan/Torsten and Julia/SciML/Turing.jl