Applying artificial intelligence in medicine to facilitate self -care and maintaining health

Are on the verge of recreation of health sector; A field that is rapidly advancing artificial intelligence, wearable devices, multi -favored reality, virtual reality and other innovations. In recent years, the medical community has witnessed the increasing impact of artificial intelligence on clinical care, but we still discover new ways in which AI can save human lives, improve health results, and increase patients’ power.

Dr. Daniel Kraft is a prominent figure in health innovation and founder of Nexmed Health. This event will be aimed at accelerating the creation of new health technologies from March 1 to April 5, 2009. The decade ahead will be formed, pointing. The Nextmed Health event will be held to discuss the acceleration of new technologies in the field of health from March 1 to April 5. Here are three achievements made in the field of health through artificial intelligence, some of which can make effective self -care. Dr. Craft will explain these achievements at the event.

Ability to constantly monitor vital signs (2 hours 2 days a week)

One of the most important achievements in the field of health is the possible monitoring of vital signs using smart and low -cost wearable devices. In the not too distant past, instantaneous footing was only possible in intensive care sectors; Where doctors could observe heart rate, blood pressure and other critical indicators, but imagine these tools are available to everyone every day and every moment.

The instant monitoring capability of key health indicators can make it possible to identify early diseases, perform preventive interventions, and apply more effective and low -invasive treatments. Artificial intelligence -based systems will make this change and will change the path of medical care from a reactive model to a continuous and personalized approach to health optimization. It can be said that constant monitoring is the most important use of artificial intelligence in medicine.

Providing health -related multifunctional data

Artificial intelligence is discovering new insights about a variety of multi -health health data that goes beyond the common vital signs of today. Dr. Craft emphasizes the utilization of the potential of the areas associated with genomic integration, microbial analysis, metabolomix, and social factors affecting health to create comprehensive health profiles. These data streams can enable intelligent health control process and provide personalized advice based on age, culture, personality, and health goals.

In one of his recent lectures, Dr. Craft said:

I would like to consider such progress more “productive health”. Thanks to such progress, new forms of multi -faceted data from the genome, metabolum, microbiome, saushium, digitoma, etc. come together and make meaning. In this process, our health factors will interact with us based on age, culture, language, personality type, education level, health goals and other related factors.

With the help of artificial intelligence to understand these complex systems, we can better understand what happens in our body daily; To achieve; As a result, we can customize and apply health care approaches. This transformation not only causes us to live completely and without problems for more years, but it will also minimize the time spent on dealing with diseases.

Make the early diagnosis of diseases

Early diagnosis is still one of the most effective ways to improve health results. Currently, AI -based diagnostic tools are able to identify diseases such as cancer, heart problems and neurological disorders with unprecedented accuracy and early stages. Machine learning models that are trained based on medical images are now helping radiologists identify the anomalies with great accuracy.

Access to medical services for all

The widespread monitoring of health leads to a healthier community, but the evolutionary impact of artificial intelligence on its ability to be more affordable and to take medical care is lies. The high cost of medical services, which mainly stems from the need for specialist manpower and advanced equipment, has become a problem for all patients. However, by reducing costs and increasing productivity, the AI ​​can change this equation and remove the health system from dependence on manpower and costly infrastructure.

By integrating artificial intelligence -based diagnoses in clinical work, early diagnosis and timely intervention can become standard. This change can significantly reduce the need for aggressive treatments and improve the survival rate.

Deputy Minister of Health and Human Services of the United States, Andrea Palm, said:

At the Ministry of Health, we are optimistic about the evolutionary potential of artificial intelligence. These technologies have a great ability to advance innovation. These technologies can help achieve these goals through methods such as accelerating scientific advances, improving the safety and effectiveness of medical products, enhancing health results by optimizing care, enhancing human services and improving public health, but this optimism has a profound sense of responsibility. We have to make sure the American people are protecting against possible dangers. The establishment and acceptance of artificial intelligence must be in the interest of the community, and we must keep all the beneficiaries of this ecosystem accountable to achieve this goal.

By integrating artificial intelligence into health, automation, remote diagnosis, and virtual health assistants can optimize operations, reduce costs and improve the quality of health care. This change can reduce health inequalities and public access to high quality medical services; Not only for the affluent, but for all people in society.

If AI is executed cleverly and responsible, it will not only improve medical care, but it will help all access to health care in the health system.

Make a significant change in conventional medical practices

The integration of artificial intelligence in the field of health also transforms medical practices. The first year of medical students will not complete their education by year 3, and until then AI will be deeply institutionalized in clinical work.

AI -based decision -making systems can be effective in helping physicians diagnose, planning and surgical planning, reducing their cognitive responsibility, and improving patients’ medical results. In addition, AI -based automation can, by simplifying administrative duties, help reduce job exhaustion and provide a background for physicians to take more time to care for patients.

The medical field has usually slowed down the adoption of new technologies, but artificial intelligence has created an opportunity to revise traditional methods and form a more efficient and more efficient health system.

Possibility to create digital twin

Another transformative aspect of the health sector thanks to artificial intelligence is the emergence of “digital twins”; A concept that relates to the creation of virtual versions of complex systems. Creating a digital twin can make the patient in the form of an instantaneous information on his or her health status, his personalized operations and diagnoses, predictor insights, and targeted therapeutic interventions.

Augmented Reality (AR), Virtual Reality (VR) and Space Calculations have also become valuable tools in medical education and patient care. These technologies have created interactive environments for training and provide instant guidance for complex procedures. Also, reinforced artificial intelligence information layers in the augmented reality can also provide critical information to surgeons or help physicians visualize patient data in new ways and improve the accuracy and accuracy of the clinical field.

Transformation in health

Finally, Dr. Craft talks about “Agentic AI” and the use of “digital agents” to monitor our health at the NextMed Health event. This technology can facilitate health -oriented conversations, provide the necessary warnings and suggestions to improve your lifestyle, induce more power to the patient, and enable more control over our daily health.

These “artificial intelligence -based assistants” will be used in the role of personal health companions and will provide instant feedback and preventive advice by tracking vital signs, lifestyle habits and medical records. These digital agents can expand health conversations, issue early warnings, and help people have more control over their well -being.

With the evolution of artificial intelligence, the health system will change from the “reactive” model focused on the treatment of diseases to a “preventive” and “health optimization” approach.

The process of aligning artificial intelligence, wearable devices, digital health platforms and personalized medical medical platforms is on the verge of creating a revolution in the field of health. In the coming years, AI provides a basis for converting preventive, predictor and customized care into a common standard and improving patient treatment results. In addition, this technology can also provide the basis for extending life expectancy and reducing inequality in the field of health.

The question is not “it transforms medical artificial intelligence?”; Because this transformation is already taking place. The real challenge is how to take advantage of this “responsible and fair” potential to make the future of health “smarter, more accessible and human -based.”