The traditional method of treating a disease entails diagnosis followed by medication. With technology usurping various industries, it has created a new brand in healthcare sector — Precision Medicine, which takes into consideration the disease as well as the genome structure, lifestyle and environmental conditions of the patient. This helps in determining whether or not the said line of treatment will work effectively for the sufferer. The molecular-level study of an individual helps in providing them with a treatment tailored to their needs and has customized medical interventions that offer a higher percentage of success.
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Precision Medicine in Oncology
Started two decades ago in the form of Personalized Treatment, Precision Medicine was a part of research and development to assist in the field of oncology. It’s been noted that no two patients suffering from cancer have similar case files. This is where the study of their genetic composition helps in identifying what works best for that particular patient. The varied data across the internet, utilization of next-generation sequencing (NGS) technology, and the advent of Artificial Intelligence such as IBM’s Watson further assist the cause of Precision Medicine.
The enormous data gathered from the internet along with the genetic history, size of a tumor, type of cancer, the area it has spread can help the oncologist deduce a treatment plan. So, instead of going through a combination of treatments ranging from surgery, chemotherapy, radiation therapy, and immunotherapy for all patients, doctors can decide what therapy will work and what won’t. When it comes to exactness signal control schemes, devices have been the greatest favored device explanation to numerous business and manufacturing submissions. This clarifies the rudimentary requirement and pure prominence of putting schemes in the present technical and scientific realm.
Precision Medicine, the technological future of the healthcare sector is highly advantageous as –
1. It helps in reducing the cost of trial and error that patients have to undergo during their cancer treatment. It aids in arriving at the medical plan for an individual instead of using various combinations that takes money and time.
2. The back and forth between medications may not only cost more but can also cause unwanted side-effects in patients. Time is highly critical in cancer and knowing what will work right away is definitely a blessing.
3. It allows Oncologists to track the treatment and patient response in a better way to understand what therapies are working.
4. The use of big data and AI helps in checking if there are any other therapeutic methods that have worked across the globe for other patients that have similar symptoms. This will be done using treatment-matching algorithms that help in pooling the data of similar clinical and genomic information regarding patients.
Precision Medicine is a field that is growing at a superior rate, right from clinical trials to make it available to few patients; it surely does provide a great opportunity to help with cancer treatment. With fast and effective sequencing technology, growing big data market, and the dawn of AI in the healthcare sector, Oncology is surely achieving a dramatic growth for pre and post-treatment of patients.
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Article is written and published by Sandeep, working as digital marketing manager and part-time content writer at Aegis Health Tech, A Leading managed it services for healthcare market. Contact us for healthcare application and Healthcare Software Development services.