In today's healthcare industry, we prefer methods that are highly effective and minimize risks. Precision medicine is a new field that utilizes algorithms in bioinformatics to provide precise treatment for individuals. Bioinformatics tools not only assist doctors find the most appropriate therapeutic solutions for each patient but also aid in uncovering vast amounts of life science and clinical data for healthcare development. Scientists have found that single nucleotide polymorphism is the primary agent of genetic modification and a potential tool for genetic mapping. Bioinformatics tools combine genetic information with phenotypes and drug responses to help doctors choose the most appropriate treatment for a patient. In addition, algorithms in bioinformatics also help doctors reduce their workload, both in the field of diagnosis and the field of treatment. Besides, the development of bioinformatics also helps scientists create comparative models of biomolecular sequences or molecular mechanisms and generate medical examination records of patients. By optimizing the treatment method based on the potential of bioinformatics, we can minimize the cost of drugs, medical equipment, and the patient's treatment time.

Mai-Anh Nguyen

Bioinformatics in Precision Medicine and Healthcare

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