PharmaSUG2025paper·US·Metadata ManagementEnhancing Health Equity Outcomes through Comprehensive Data Collection of Marginalized Populations including Sexual Orientation, Gender Identity and Intersex Status (SOGI) MM-401See metadata
PharmaSUG2025paper·China·Poster (PO)A R function to quickly batch check the QC result in a project with hybrid programming languages PO-103 ShanghaiSee metadata
PharmaSUG2025paper·China·Poster (PO)Step-by-Step Implementation Procedures of Multiple Imputation for Missing Data PO-187 ShanghaiSee metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesBenefits, Challenges, and Opportunities with Open Source Technologies in the 21st Century OS-007See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesAn End-to-End Workflow for TFL Generation using R: MMRM Applications and Comparative Insights with SAS OS-024See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesUnlocking Insights: Comparative Analysis of CRF Changes with R Shiny OS-048See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesReach for R Low Hanging Fruit for Faster Results OS-049See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesTLFQC: A High-compatible R Shiny based Platform for Automated and Codeless TLFs Generation and Validation OS-076See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesComparing SAS® and R Approaches in Reshaping data OS-077See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesUnlocking Success: Lessons from Building R-Based Statistical Packages in Pharma OS-094See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesA Gentle Introduction to creating graphs in Python, R and SAS OS-096See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesClinical Data Quality Assurance: An Interactive Application for Data Discrepancy Detection OS-107See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesIntegrating Collaborative Programming with Automated Traceability and Reproducibility in Pharma Studies and Real-World Data Projects by Adapting DevOps Best-Practices OS-111See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesStreamlining BIMO and Patient Profile Generation: A Python-Based Semi-Automated Approach Integrated with CSR Development OS-120See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesStreamlining Validation Review and SAS® Program Management with R OS-122See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesHow to compute common clinical trials statistics in R OS-128See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesCode Switching: Parallels between Human Languages and Multilingual Programming OS-145See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesCatch Page Overflow Issues Quick and Easy – A Simple Python Solution OS-164See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesAdvanced Programming with R: Leveraging Tidyverse and Admiral for ADaM Dataset Creation with a Comparison to SAS OS-167See metadata
PharmaSUG2025paper·US·R, Python, and Open Source TechnologiesSlice, Dice, Analyze: Revolutionizing SDTM cuts with datacutr package OS-179See metadata