Genome

Gene Technology is one of the renowned top access journals in Modern Biotechnology. This journal is a top leading podium for gaining and exchanging knowledge about novel research done in the associated field. Modern Biotechnology are interesting fields which are concerned expression of genes, taking advantage of natural genetic variation, modifying genes and transferring genes to new hosts, Environmental Biotechnology, Cell biology, Genetic Engineering and Molecular Biology, Tissue Engineering, Biosensor, Cancer Biology, Bioinformatics and Computational biology. It involves developing devices and procedures that solve medical and health-related problems by combining their knowledge of biology and medicine with engineering principles and practices. Bacterial genomes exhibit a wide range of compositional diversity, most spectacularly represented by variation in genome GC content, which varies in different organisms from as low as 17% to as high as 75%. The nature of the biological processes underlying these differences has been long debated and two polarizing interpretations have been advanced, one proposing that GC content is driven by genome-specific mutational biases (the mutational hypothesis), and one that it reflects different selective processes in different organisms. "Luciano Brocchier, The GC Content of Bacterial Genomes" OMICS Group is one of the top open access publishers with 700+ peer-reviewed journals along with eminent scientists in its Editorial Board and expert reviewers to carry rigorous peer-review process. The peer review process is highly appreciated by researchers globally. Editorial Board Members and Reviewers actively participate in the review process within 21 days and ensure the quality of the manuscripts. In addition to open-access publishing, OMICS also provides E-books, Scholar Central and more than 80 International Scientific Conferences under its umbrella.

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Last date updated on April, 2024