High-Throughput Drug Screening System, Microplate-Based Screening (CAT#: STEM-AL2-5520-ZJF)

The High-Throughput Drug Screening System is designed for automated high-throughput compound screening. It combines molecular-level and cell-level assay methods with automated handling equipment. Microplates serve as the experimental carrier for parallel sample processing and measurement. Integrated detection instruments collect assay results for computer-based analysis and interpretation. The modular architecture allows standardized instruments to be combined for different screening workflows. Automated target screening, data acquisition, computation, and analysis reduce manual intervention across the process. The system is described as supporting extremely large numbers of candidate samples in parallel screening workflows. It is intended for early drug discovery, compound screening, cell-based testing, cell-line generation, and recombinant-protein production workflows.

Screening Format: Microplate-based
Assay Level: Molecular and cellular
Workflow: Automated target screening / data acquisition / data computation / analysis
Architecture: Modular standardized instrument integration
Throughput: Described as simultaneous screening of very large multi-million sample sets

High-throughput screening
Molecular-level assays
Cell-level assays
Microplate-based processing
Automated data acquisition
Automated data analysis
Modular instrument integration
End-to-end screening automation