High Throughput Screening (HTS) is a modern way of finding new medicines by testing thousands of chemical compounds quickly using automated machines and robots. Think of it like a very fast assembly line for testing potential drugs. Instead of scientists testing one compound at a time by hand, special machines can test hundreds or thousands of samples in a single day. This helps pharmaceutical companies find promising drug candidates much faster than traditional methods. Similar approaches include Ultra-High Throughput Screening or Automated Screening. This is a key method used in early drug discovery stages at pharmaceutical companies and research institutions.
Managed High Throughput Screening facility testing 100,000+ compounds monthly
Led team of scientists in HTS drug discovery projects
Developed new High-Throughput Screening protocols for cancer drug research
Optimized High-Throughout Screening workflows resulting in 40% efficiency increase
Typical job title: "HTS Scientists"
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Q: How would you set up a new HTS laboratory from scratch?
Expected Answer: Should discuss planning equipment needs, establishing workflows, implementing data management systems, quality control processes, and managing team training. Should mention budget considerations and timeline planning.
Q: How do you handle data quality issues in HTS campaigns?
Expected Answer: Should explain methods for detecting bad data, statistical analysis approaches, and how to make decisions about retesting or excluding results. Should discuss importance of controls and validation steps.
Q: What factors do you consider when developing a new screening assay?
Expected Answer: Should discuss considerations like sample preparation, reagent stability, time management, cost effectiveness, and reliability of results. Should mention importance of positive and negative controls.
Q: How do you troubleshoot when automation equipment isn't working properly?
Expected Answer: Should describe systematic approach to identifying problems, basic maintenance procedures, when to call technical support, and how to minimize impact on ongoing experiments.
Q: What safety considerations are important when working with HTS equipment?
Expected Answer: Should mention proper handling of biological materials, chemical safety, equipment safety protocols, and importance of personal protective equipment (PPE).
Q: Describe the basic steps in running an HTS experiment.
Expected Answer: Should be able to explain sample preparation, loading plates, running the equipment, basic data collection, and following standard operating procedures.