Explore our curated collection of educational and practical resources designed for researchers, students, and industry professionals working with SPR, BLI, HDX-MS, molecular docking, and other biomolecular interaction techniques. From in-depth technical articles to visual guides and real-world case studies — find the content that supports your research.
Each resource category serves a different learning and application need — choose the format that best fits your goal.
Comprehensive technical articles covering principles, workflows, data analysis, and technology comparisons across SPR, BLI, HDX-MS, molecular docking, and over 30 other molecular interaction techniques.
60+ ArticlesVisual summaries of key experimental workflows, technology mechanism comparisons, technique selection decision trees, and data interpretation guides — designed for quick reference and presentation use.
Visual GuidesDownloadable service overviews, technology brochures, and quick-reference guides summarizing our molecular interaction analysis platforms, specifications, and key application areas.
Downloadable PDFsReal-world examples showcasing how our molecular interaction analysis services have supported drug discovery, antibody characterization, and academic research across diverse applications and sample types.
Real ProjectsStart with our most-read technique overviews and technology comparisons.
Key differences, workflows, and decision criteria for choosing SBDD versus LBDD approaches in drug discovery.
A curated comparison of MD simulation tools for biomolecular research, from GROMACS and NAMD to commercial suites.
Comparative overview of rigid, flexible, and ensemble docking approaches for drug-target interaction studies.
How to read and analyze CD spectra for protein secondary structure determination and conformational analysis.
Head-to-head comparison of SPR and BLI for label-free binding kinetics: throughput, sensitivity, and application fit.
Complete HDX-MS experimental pipeline: deuteration time course, LC-MS analysis, and structural dynamics readout.
Our team of biophysicists, biochemists, and computational scientists can help you design and execute the right experimental strategy for your research objectives.
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