ACoP13 Posters
ACoP13
Posters
SxP Education Committee reviewed the ACoP program and abstracts to select content of interest for SxP
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