Due to the fact that it has the capacity to generate individualised treatment regimens that are particular to the genetic make-up of an individual, the practise of precision medicine presents an opportunity for a paradigm shift in the area of medicine. This article offers a comprehensive summary of the ground-breaking field of precision medicine, shedding light on its basics as well as its applications and the implications it has for the delivery of medical treatment. The comprehensive analysis of an individual's genetic, genomic, and molecular data serves as the cornerstone of precision medicine. This information is then utilised to guide the decisions and treatments that are made in the medical field. Because of advancements in high-throughput sequencing technology and bioinformatics, researchers and medical experts are now able to analyse the genetic profile of an individual with a degree of precision and speed that has never been seen before. Applications of precision medicine may be found in a wide variety of medical professions, including cancer, cardiology, neurology, and even further afield. Precision medicine has the potential to revolutionise the medical field. In the field of oncology, for instance, genetic profiling has revolutionised the process of diagnosing and treating cancer. This is because it has made it possible to identify particular genetic alterations that are responsible for the growth of cancer and has guided the selection of targeted medicines. Significant progress has been made in the field as a result of this. Similarly, genetic testing may be used in the field of cardiology to identify inherited heart problems, offer information for risk assessment, and direct treatment options, therefore averting situations that could possibly be life-threatening.
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Arun Singla (2024) studied this question.