A guide to Personalised Medicine and its role in the future of healthcare

You’ve probably been told at various points in your life not to take medication prescribed for someone else. It’s always best to get yourself checked so that the doctor can prescribe you something more suited to your condition. Then, you can turn to emeds pharmacy to find the proper medication through the most modern means.

The traditional approach usually translates to different doses of the same medication if two people have the same disease. However, there is still room for variability, and chances of the treatment not having the same effect in these individuals still exist.

This is where personalized medicine finds its roots. Traditionally, hospitals practice medicine with a one size fits all approach but, personalized medicine understands the faults with this strategy and aims to negate them.

What is Personalised Medicine?

Personalized medicine is a practice that makes use of the specificity of the human genome. A patient’s genetic profile is obtained, and all decisions regarding diagnosis, treatment, or prevention are adapted to suit the genetic data. At a glance, this looks like altering doses of medication or therapy to accommodate the patient better. It also guarantees more precision when treating each patient. It helps avoid the trial and error approach that is common within traditional medicine.

How is Personalised Medicine advancing the future of health care?

Personalized medicine is estimated to advance the growth of the healthcare sector by a fair margin. Moreover, it is currently providing the basis for significant health reforms that will revolutionize the industry forever.

Greater patient satisfaction:

One of the drawbacks of health care has always been patient satisfaction. The reason for this is usually the failure in the one shoe fits all approach. When the same range of drugs is used for different patients, results aren’t always satisfactory. Without the genetic profile, health professionals cannot detect specific biomarkers in the patient’s body. In short, they do not have a clear-cut way of knowing whether a treatment will suit the patient or not. In some cases, it might; in others, the situation might exacerbate or remain stagnant with no improvement.

Personalized medicine reduces the chances of this dynamic. It tells the doctor what the patient’s body will respond to, and thus, the process is more precise.

Personalized medicine has helped improve patient satisfaction rates, which adds to the method’s credibility and the doctor’s. In addition, it brings back the trust that patients often lose in the healthcare system.

More cost-efficient:

With the traditional approach, there is mass production of drugs for generalized groups. But, the application of these drugs is not always successful, and they do not give back the money spent on them. Many drugs go to waste in the trial and error phase, and the ordeal can exert pressure on a patient’s budget and a hospital’s supply.

However, since personalized medicine reduces chances of ineffective administration, medication is utilized more precisely. In addition, the process becomes cost-efficient since hospitals can segregate supplies according to their needs.

More concentrated attitude:

One of the significant impacts personalized medicine will have on the pharmaceutical industry is the demand and supply chain shift. As described above, personalized medicine does not rely on the patient’s body’s reaction to prescribe treatment; instead, it aims to get accurate results on the first try.

This provides a new playing field for medicine. Doctors don’t just have to rule out specific diagnoses according to the patient’s genetic data; they also need to tailor the prescribed medication. This means pharmacies will have to cater to particular demands. Instead of generating large numbers of a specific drug, the pharmaceutical industry will manufacture fewer diverse medicines for specific groups.

More efficient drug development:

Personalized medicine can make clinical trials faster, cheaper, and more effective. It can considerably accelerate drug development. Personalized medicine can help pick out better candidates for drug trials and make it easier to apprehend why a drug produces specific side effects. It can avoid those side effects without repetitive failure. Thus, the process is much more smooth. Personalized medicine has also played a key role in precision target therapy and other programs for cancer patients.

A vivid future for health care:

Post Covid-19, the healthcare sector will have gone through significant changes. It will need to run briskly to make up for all the discrepancies during the pandemic and will also have room to implement innovative procedures developed in it. Personalized medicine can very well be one of those improvements. Furthermore, it signals for greater digitization of healthcare, which is currently deemed necessary by doctors but lacks the investment and means to be enforced. Since personalized medicine and digitization come hand in hand, implementation of one will be accompanied by the other. Thus, the future of healthcare will be thorough, precise, and successful.

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