Artificial Intelligence increases efficiencies and reduces bias for bioanalytical pharmacokinetic studies and anti-drug antibody statistical determinations

Artificial Intelligence increases efficiencies and reduces bias for bioanalytical pharmacokinetic studies and anti-drug antibody statistical determinations
September 17, 2024 BioData Solutions

As the amounts and complexity of information available is increasing, AI and advanced computational techniques are playing a critical role in determining data accuracy and reviewing large bioanalytical data sets. AI is assisting in simulating activities associated with human intellect by not only processing and comprehending data, but also by thinking, acquiring new abilities, and adapting to new contexts and challenges. Therefore, the use of AI in the pharmaceutical industry can increase accuracy, reduce the human workload, remove bias and errors, as well as reduce the time taken to evaluate these data sets. Learn more in this white paper.

App Notes

Cross-Validation of Statistical Workflow for Cut Point Calculation using Red Thread (Python) Vs R

Cross-Validation of Statistical Workflow for Cut Point Calculation using Red Thread (Python) Vs R

Comparing Cut Points Between Statistical Software Stata and R Using Random Effects Model

Comparing Cut Points Between Statistical Software Stata and R Using Random Effects Model

Case Studies

Simplifying Bioanalytical Review Using Advanced Computational Techniques

Simplifying Bioanalytical Review Using Advanced Computational Techniques

Posters

Singlet Analysis Yields Equivalent Results as Duplicate Analysis in Preclinical Immunogenicity Assessment

Singlet Analysis Yields Equivalent Results as Duplicate Analysis in Preclinical Immunogenicity Assessment

Can Automation Improve Compliance, Consistency, & Efficiency for CGTP Data Analysis

Can Automation Improve Compliance, Consistency, & Efficiency for CGTP Data Analysis

White Papers

Artificial Intelligence increases efficiencies and reduces bias for bioanalytical pharmacokinetic studies and anti-drug antibody statistical determinations

Artificial Intelligence increases efficiencies and reduces bias for bioanalytical pharmacokinetic studies and anti-drug antibody statistical determinations