IN the changing landscape of modern times, artificial intelligence is emerging as a ray of hope that could revolutionize the way we approach medical diagnosis and treatment. Artificial intelligence is a technological creation in which a human intelligence-like ability can be created by a computer or machine and advanced in medical research and other skills. When used with a quantum computer), incredible advances are possible in all areas of life.
The traditional medical culture is rapidly changing with the help of new artificial intelligence technology and the results will soon be visible in treatment, veterinary medicine, human medicine and other fields. The use of artificial intelligence is proving to be very useful in the medical world such as with the use of radiology, pathology, endoscopy and surgery, the diagnosis of diseases has started to be promoted with high level and as little human requirement as possible. Similarly, this unique creation is being used in the modern and effective preparation of medicines along with research on humans and all kinds of animals.
In the 1950s, Alan Turing, famous as the father of artificial intelligence, revealed that artificial intelligence is more complex than the human brain, but one of the most advanced scientific possibilities. Recently, the founder of Microsoft Bill Gates declared the year 2024 as the year of artificial intelligence which is a modern development after traditional computers, supercomputers and modern mobile phones. If research, treatment and drug development continue, new horizons will be revealed which will lead medical treatment to a new speed of its rise in human society.
With the combination of (AI) AI and high-speed quantum computers, many more revolutionary initiatives in the field of medicine which are seen taking hold of the world and the need for the compatibility of (AI) AI in these traditional methods is higher, impressive than other fields and deeper location enabling better and faster relatively more accurate medical diagnosis such as early detection of diseases from bones, joints to eyeballs and retina as well as other and traditional methods of medical diagnosis. Along with saving time and increasing productivity, artificial intelligence is also seen to increase the efficiency and diagnostic potential of radiology (X-ray/ultrasound/MRI early) related to their more complex dimensions In Pakistan and around the world, artificial intelligence has enabled more in-depth diagnosis of different spots in X-rays for TB, breast cancer and other types of cancer, As the international shortage of experts in radiology is another problem.
Due to this, online inspection reporting is becoming very popular, allowing experts to earn a significant income by doing online reports from home. If radiology and pathology combine their validation and inspection processes, the resulting diagnoses promise to be more skilful and time-efficient. In pathology, for example, cancer and its various cellular changes can be observed with better microscopic images. Reviews show that combining quantum computers and artificial intelligence in diagnosing chronic and complex diseases of the intestines, kidneys, lungs, and brain can lead to significant progress.
Likewise, artificial intelligence-assisted endoscopy of benign and malignant tumors of the intestine, alimentary tract, and bowel provides better diagnostic imaging than conventional endoscopy for diagnostic imaging and treatment planning. The advanced scope will be helpful with less time and more expertise, making artificial intelligence a valuable companion to invasive gastroenterologists. Additionally, AI can enhance orthopaedic, vascular, spine, reproductive, and cancer surgeries. Complete guidance can be obtained, while organic bioengineering can be used in technologically efficient organs, such as heart valve replacements.
Similarly, in pre-surgical anaesthesia i.e. supervision, support, control of duration and amount of medication, prediction of adverse effects of anaesthesia, reduction of pain during operation, administrative control of operation theatre, then Recovery from anaesthesia and recovery after surgical cure, and complete recovery up to discharge time, appear to be further improved with artificial intelligence support. Medicinal medicine and pharmaceutical manufacturing is an ancient art. From traditional medical treatment in Chinese and Indian civilization and Islamic history to nutraceutical, homeopathic, allopathic, and new types of medicine, if artificial intelligence is added. So there seems to be less time and fuller expertise in research, clinical trials, drug marketing and side effects of drugs. Combining artificial intelligence (AI) with traditional drug production methods and their There has been a tremendous change in creativity and innovation and this new technological know-how has led to the development of anti-cancer drugs and vaccines at a lower cost and in a shorter time, at bookish level and with higher multi-efficacy. It has come to the fore that scientific technology and artificial intelligence have contributed greatly to the development of the Corona vaccine. Similarly, artificial intelligence has made such progress in the creation of extremely small molecules or particles, nanoparticles, which are the size of a single cell. For example, the thickness of one millimetre to one million has come into existence. For example, the thickness of a paper sheet is equal to one hundred thousand nanometres. Similarly, layering different levels of nanoparticles in various drugs through 3D printing and then final chemical coating and determining the time and speed of release will greatly expand its therapeutic efficacy.
Some suggestions for medical education and professional development: Examining historical development, we see the steam revolution, followed by electricity, and now the rapid rise of the science and technology revolution, marked by the advent of artificial intelligence (AI). Integrating this unique scientific development with medical research and education presents a great opportunity to earn foreign exchange and elevate our country’s global status.
For instance, medical education in India is comparable to that in the United States and other developed countries. Consequently, Indian doctors and paramedics are prevalent in developed nations, their numbers steadily increasing. While Pakistani medical experts are also present, Indian professionals dominate the healthcare systems in America, England, the Gulf, and other developed regions.
Similarly, for treatment and surgery, after America, England, Singapore and Dubai, now India is the number one destination. This is due to India’s rapid development in the medical and health sector, resulting in low-cost and excellent treatment with SOPs and organ transplants, although still supplemented by traditional and village prescriptions. There is a cure, but the new generation is rapidly advancing through a combination of scientific advancements, especially in software, digital marketing, digital intelligence, and even artificial intelligence (AI) and quantum computers. This highlights India’s name in the developing world. Achieving this is not impossibility for Pakistan either; it just requires true dedication and effective guidance.
Remember that a quantum computer can do years of work in minutes that would take a supercomputers year to do, and if artificial intelligence is applied to it, years of complex work with the help of scientific technology can be done in minutes.
Given that in a short period of time intermediate quantum computers will be commercially available, so if this scientific technology is not developed from the early stages in medical education and pioneering skills with modern teaching tools and curricula, our untrained HR There will be no demand for old and obsolete book and educational manpower. Our current national population is 240 million youth workforces, which is below 35 years of age, i.e. 50 to 60 percent of the population. And if we train this large part in modern technology, especially artificial intelligence, according to the modern needs, we can make a place in the new revolutionary world along with earning a good exchange rate.
The following suggestions: Education of computer and software along with AI should be made an integral part of primary curriculum. Children should be selected for medical education according to their inclinations. at the discretion of teachers in secondary schools. As the individual ability of each student is unique in the educational field, if the children choose their field in secondary school with the help of teachers, they can do the best services in it. For example, the future of a student who studies hard while sitting for a long time will be prominent in research and related fields. Ultrasound, echo, MRI, C. T. Training should be given to scan and operate modern equipment to equip the students with modern computers and artificial intelligence technology for their skills and training. Along with this, instead of the traditional methods of doctoring and teaching books for medical education, it should be decided from the beginning who wants to go into which specialization and can do so. For specific specializations should be done from the first year of medical education with modern scientific technology. With the combination of modern education and technology, the education in the medical field should be in line with the international level of education and the same approach should be adopted in the preparation of therapeutics and medicines.
PMDC (PMDC) and (DRAP) Drug Regularity Authority of Pakistan should be constituted in every province without looking at the old traditional red tapes by equipping the medical education and pharmaceutical experts with international training and observation experience. And their skills can be imparted to the youth and students of the population.
Apart from this, PMDC (PDMC), DRAP (DRAP) and HEC (Higher Education Commission) of each province should be constituted only with modern technology. If the priorities of our country’s leaders include education, especially the need of the day, along with artificial intelligence, it will be very well for our future. Real medical data known as real-time data if integrated with NADRA can be used to predict diseases and outbreaks through artificial intelligence, leading to timely preventive measures. The damage caused by the disease can be minimized by adoption. It is necessary that an intellectual forum consisting of the best minds of the country should be formed to devise a mechanism for accessing the latest information of scientific technology to the educational institutions. To implement these suggestions, there is a dire need for investment in the field of education health and technology in Pakistan.
—The writer is contributing columnist.
