The vision of personalized medicine is to prevent the expensive and elongated trial and error system that can render patients at pain from unwanted adverse reactions, while concurrently losing time in the battle against a disease. The evidence of the benefits of genomic medicine continues to grow, some industries work on areas -such as laws and policy, education and clinical information-around personalized medicine to show their support in its applications.

The genomic-based medicine features new protocols for treatment which provides the capacity to utilize molecular tracking elements that indicate the risk of illness on a genetic level. In turn, this warns the medical community to its presence even before the symptoms and clinical indications manifest. The healthcare method is concentrated on preventative medicine and intervention, instead of the reaction to highly-contracted stages of diseases. This methodology delays the onset of the disease and helps the patient averts the accumulating healthcare costs.

Supporters of the genomic medicine believe that following the practice of genomic-based medicine and integrate it into the healthcare system can resolve many of the inefficiencies therein. Such inefficiencies-including the dosing the medicine on trial and error approach, severe adverse reactions to drugs, reactive cure and poorly-timed diagnosis are adding into the accumulation of healthcare costs.

Medical practitioners who authored several studies exploring the healthcare cost savings from using genetic testing concluded that the use of genetic testing to appropriately dose different pharmaceuticals could mitigate the overall healthcare costs. Besides the widely spread of the advantages of personalized medicines, its application on the real world is also taking roots.

The genomic-based medicine provides three tools which are a key role in making it an integral component of the healthcare system. These includes the new tools in decoding the human genome, the large-scale studies that help associate genetic variation to illnesses, and a healthcare information technology approach supporting the integration of clinical information into research studies, and the prowess of the physicians to track down each aspect of patient care based on genetic and molecular mapping to facilitate the customization of treatment.

The innovations in technology, likewise, enabled the genomic medicine to be available to the public via the personal genetic testing. The methodology for sequencing the DNA or checking for genetic variations is necessary to the progress Viagra Professional of research and the doctor-to-patient applications. Through the DNA microscopes, scientists can detect multitude of genetic variations on a single chip. Such information is very crucial in determining which genetic variations are linked to any given disease.

Personalized medicine can re-shape the future of medicine. From the time a person is borne into this world, his genomic sequence is placed into a personal medical record. The information of his genes can be used to allow the physicians to develop a more proactive healthcare approach based on that individual’s vulnerability to many diseases.

Reactions to pharmaceuticals and to different types of medicines can be determined from that information as well.
In the modern notion of personalized medicine, physicians are equipped with more precise tools to probe not just the apparent evidence but the molecular constitution of each patient. Through genetic mapping, medical professionals can profile patients and utilize such information to devise a drug therapy that can make their body responds on an optimal degree.

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Category: Health/Medicine
Keywords: personalized medicine, genomic medicine