Explores the yeast one-hybrid assay and its applications in identifying protein-DNA interactions. Learn about the differences between yeast one-hybrid and yeast two-hybrid assays, the yeast hybrid system, and the protocol for performing a yeast one-hybrid assay.

Learn about the principles and workings of Fluorescence Resonance Energy Transfer (FRET) and its various applications in biological research. Discover the advancements in FRET techniques, including Single Molecule FRET, and how it has revolutionized the field of molecular interactions.

Learn about the principles of circular dichroism spectroscopy and its applications in protein research, including protein secondary structure analysis, stability and folding studies, protein-protein interactions, and peptide conformational analysis.

This article discusses the principles and applications of two techniques, ChIRP and ChIRP-Seq. ChIRP employs RNA probes to capture specific chromatin regions, while ChIRP-Seq combines high-throughput sequencing with ChIRP to perform genome-wide analysis of RNA probe-bound chromatin regions