Life Sciences

• Technically Speaking Modernization Updates in JMP ClinicalChris Kirchberg demonstrates how you can use the new reports for safety signal identification, reporting to regulatory agencies, and/or sharing with colleagues, quickly, easily, and without programming.
• On-Demand Webinar Working With and Interpreting COVID-19 DataIn this video, you will learn how to prepare and clean data and build interactive maps using COVID-19 data from Johns Hopkins University.
• Technically Speaking QbD: Using DOE to Increase Knowledge of the Process and Design SpaceDiscover when to apply design of experiments and how to identify different strategies to suit a variety of experimental needs.
• Technically Speaking Analytical Method DevelopmentDiscover a new approach that will enable to you to expend as few resources as possible while maximizing the information you get from an assay.
• Technically Speaking Pharmaceutical Method TransferConduct a successful analytical method transfer with time-saving statistical methods. In this webinar, you’ll learn new best practices to help streamline testing protocols.
• Technically Speaking Visualization and Analysis in Oncology Trials Using RECISTLearn how specialized interactive visualization reports can help you more effectively evaluate early efficacy signals in oncology therapeutic studies.
• Analytically Speaking Operational Excellence in Pharmaceutical ManufacturingPer Vase of pharmaceutical engineering company NNE provides a scientific approach to process optimization.
• Technically Speaking Pharmaceutical Product StabilityLearn how to navigate pharmaceutical regulatory requirements with robust analytics.
• Explorers Improving Product Reliability With Quality By DesignLearn leading-edge new strategies to improve product reliability in the pharmaceutical industry.
• Explorers Reproducible Experimentation for Diagnostically Driven Drug ResearchMatt Wongchenko and Russ Wolfinger discuss strategies for leveraging data and statistical tools to achieve better, reproducible science.
• Technically Speaking Clinical Trial Safety Analysis With JMP ClinicalConsolidate your clinical trial workflows by providing interactive reviews for medical monitors, reviewers and writers. This randomized controlled trial case study shows you how!
• Life Sciences State of the Art Strategies for Clinical Trial MonitoringIdentify the source of data quality issues and reduce trial costs (while improving your process)!
• Life Sciences Quality by Design and the Life SciencesJoin Principal Consultant Heath Rushing as he examines Installation Qualification (IQ), Operation Qualification (OP), Performance Qualification (PQ) and Quality by Design (QbD) within the development of medical devices.
• Life Sciences Multiple Testing Correction: Why, When and HowCalling all JMP Clinical and Genomics Users: Learn how to administer correction of significance results to avoid false claims.
• Life Sciences Adverse Event Signal Detection Using Bayesian Hierarchical ModelingA tutorial on how to use JMP is used to streamline the review of MCMC diagnostics and the analysis of posterior probabilities.
• Life Sciences Gene Expression Analysis for Absolute BeginnersDon't have a statistical background but want to understand analysis of gene expression data? No problem! This intro will walk you through the basic steps.
• Life Sciences Predictive Modeling in the Life SciencesThis webinar reviews tools for comparing a large pool of potential models and ways to identify the usefulness of a particular model.
• Life Sciences Identifying Drug-Induced Liver InjuryDid you know that Drug-induced liver injury (DILI) is the most common cause of safety-related drug marketing withdrawals? See how JMP Clinical can uncover cases of DILI using Hy’s Law.
• Life Sciences Fraud Detection in Clinical TrialsAvoid putting your clinical development program at risk. See the features in JMP Clinical that help identify unusual and potentially fraudulent data.
• Life Sciences Meta-Analysis of Genomics DataLearn how to combine research results from multiple studies in JMP Genomics, both for gene expression data and genetic association studies (GWAS).