Researchers have developed a method to observe the coupling between transcription and translation processes in bacteria in real time using advanced multi-color single-molecule fluorescence microscopy. This study reveals how ribosomes and RNA polymerase interact during gene expression, providing a deeper understanding of cellular machinery. The findings have significant implications for antibiotic development, synthetic biology, and gene therapy. They provide a deeper understanding of bacterial gene expression mechanisms, enabling the design of antibiotics that target these processes. This knowledge can also be applied to synthetic organisms with optimized protein production capabilities, revolutionizing applications in medicine, agriculture, and industrial biotechnology. The study also has promising implications for gene therapy, providing insights for correcting genetic disorders at the molecular level.
Journal: Nature
Date of Publication: December 4, 2024
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