Discover advancements in assay development and cell-based screening models with insights on AI, high-throughput screening, and toxicity detection from ELRIG Drug Discovery posters in this eBook.
This article examines target-based vs phenotypic screening, comparing mechanisms, advantages, limitations, and use cases to guide screening strategy selection in drug discovery.
Purpose. The practitioner must assert what the intended purpose of the questionnaire will be. The purposes might include screening, quantifying, or diagnosing developmental delay, all of which will ...
The American Journal of Managed Care: Researchers Show Feasibility of Community-Based Genetic Risk Screening for T1D
Increased interest in screening for the genetic risk of type 1 diabetes (T1D) has been driven by factors including the introduction of immune interventions. Saliva-based screening can be leveraged to ...
C&EN: Next-Generation Peptide Manufacturing: Green Chemistry and Sustainable Development via LPPS, Continuous-Flow, and Integrated Platforms
Next-Generation Peptide Manufacturing: Green Chemistry and Sustainable Development via LPPS, Continuous-Flow, and Integrated Platforms
The American Journal of Managed Care: 5-Year Absolute Risk–Based Breast Cancer Screening Could Save More Lives, Reduce False Alarms
5-Year Absolute Risk–Based Breast Cancer Screening Could Save More Lives, Reduce False Alarms
The Milford Daily News: FluxMateria Launches Physics-Based Screening Platform. 3.6 Million x Faster Than DFT, No AI
FluxMateria Launches Physics-Based Screening Platform. 3.6 Million x Faster Than DFT, No AI
The multiple condition (MC)-retention model is an uncertainty-aware graph-based neural network that predicts liquid chromatography (LC) retention times across multiple column chem ...
Two independently developed simulation models compared 47 risk-based strategies with prevailing age-based recommendations, identifying nine that improved or maintained mortality benefit while lowering ...
A breakthrough deterministic physics kernel delivers molecular, materials, and reaction screening across three scientific domains from one unified engine. OLBIA ...