Answer this. Would a cancer patient or his/her family allow a software based on mathematical algorithms to design the treatment plan and assess the prognosis of that plan? Embrace this fact before answering. In a recent study, a computer model of lung cancer made consistently better predictions of the future symptoms suffered by a set of patients undergoing radiotherapy or chemotherapy than the doctors who actually treated them. This computer model was fed with medical details and treatment history of 121 patients and was used to predict that in next two years how many will suffer from respiratory complications and how many with dysphagia (difficulty in swallowing). It was able to provide a much better and accurate prognosis on how the patients will respond to the treatment in coming two years, which was more accurate then provided by the experience radiologists who were treating those patients.
I believe that such models can be a boon for the success of personalized treatment and it can also play a major role in using humans for clinical trial of new drugs. This could save billions of dollars spent by pharmaceutical organizations every year on such clinical trials.
Do you think that if mathematical models and software prove to be better in determining tumor progress than clinicians then it becomes increasingly important to not go by doctor’s opinion alone? Shouldn’t these models be used by doctor’s in their clinical practice to better serve the patient?
A recent study in UK, conducted on more than 80,000 people who took an intelligence…
The healthcare sector in India is one of the fastest growing sectors and has exhibited…
Globally, Sept 17 is celebrated as the 'Patient Safety Day' and was established in 2019…
This article was published on June 7, 2020 in the Economic Times ET Health: https://bit.ly/3gZDFzf…
In the continuing combat against the existing pandemic, contact tracing apps are proving to be…
Technology has certainly revolutionised the way health care is provided and received across the globe.…
This website uses cookies.