Bacterial DNA barcoding is a revolutionary tool for identifying and classifying bacterial species with unprecedented accuracy and speed. By analyzing a short, standardized fragment of DNA, known as the 16S rRNA gene, scientists can distinguish between even closely related bacterial strains, facilitating the discovery of new species, and the tracking of pathogens. The technique has far-reaching implications for various fields, including medicine, agriculture, and environmental science. In medicine, DNA barcoding enables the rapid identification of infectious agents, guiding targeted treatments and improving patients’ outcomes. In agriculture, it helps monitor soil health and detect plant pathogens, optimizing crop yields and disease management. Moreover, DNA barcoding sheds light on the vast diversity of microbial ecosystems, unveiling new insights into the intricate relationships between bacteria and their environments. By harnessing the power of DNA barcoding, researchers can uncover novel bacterial species, explore untapped sources of antibiotics, and enzymes, and better comprehend the complex dynamics of microbial communities, ultimately driving innovation and progress in different disciplines.

We analyze different hypervariable regions of the 16S rRNA gene depending on the need of our clients.