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Bacterial genetics studies how the genes are expressed in bacteria and its functions, including what information is stored and how it is transmitted (Rao, 2006). Studying the mutations, spontaneous or in vitro, that occur in a gene of the bacteria can not only help identify the function of the gene but can help to understand changes from non-virulent to virulent and emergence of antibiotic resistance bacteria or changes in phenotype such as alterations in biochemical reactions, growth characteristics, and host selection (Rao, 2006; Toft & Anderson2010). Genetics engineering applies the information learned from the study of genes in the bacteria to recombinant DNA (rDNA) technology to introduce desirable traits into organisms. Knowing how the genes of specific bacteria transfer ...
The solution includes a brief explanation of what is bacterial genetics and genetic engineering. It also discusses possible aplications that findings in the genetic of bacteria have in genetic engineering and its benefits to humanity. References are included.
Genetics, DNA, Mutations, Cell Division, Protein Synthesis are discussed terms.
Biotechnology allow us to use living organisms or their processes for human needs or purposes. Currently this topic includes such general examples as cloning, stem cells (adult, umbilical cord, and embroyonic),DNA fingerprinting, biological warefare, bioremediation, genetically modified organisms, vaccines, and transgenic plants and animals to name a few.
Research how a specific biotechnology application within the above general examples (or ones not listed above) is used today.