Artificial intelligence plays an increasing role in the medical field, by improving health care and making it more efficient and improving patient experiences and health care employees.
Artificial intelligence occurs radically in the health care scene, where more than 600 medical intelligence services are now available in the market.
“Artificial intelligence is taking place today a revolution in the way we deal with diagnosis, treatment and patient management,” said Dr. Brennan Spiegel, director of health services research at Cedars-Sena, according to the website of the Cedars-Sinia Hospital in the United States.
Simplified operations
Artificial intelligence supports health care providers by increasing operational efficiency. Current artificial intelligence models can collect patient information, sort patients quickly and accurately, capture data and document them in a way that satisfies insurance companies.
“Artificial intelligence may help, but the doctor is still the one who examines the patients, diagnoses them, and puts the best treatment for treatment,” said Jonathan Winner, a doctor in medicine, and medical director of primary care in Cedars-Sina.
Winner stated: “It is important to realize the existence of this danger and its treatment when creating artificial intelligence … when the appropriate precautions are combined in the model, artificial intelligence may also remove the implicit human bias.”
Artificial intelligence algorithms can process huge amounts of data in record time, making it easier for doctors to diagnose and treat many cases. It can analyze x -rays and magnetic resonance and discover the changes and invisible patterns of the human eye. Artificial intelligence can also help health care providers in actual time by monitoring the vital signs of patients and launching an alarm when any problem occurs.
“Artificial intelligence can often make the correct diagnosis and provide detailed explanations that reflect what you may expect from an experienced doctor,” said Spiegel.
For example, artificial intelligence assistance can greatly improve score rates during colonoscopy. Advanced algorithms analyze videos in the actual time, specifying polyps with an accuracy comparable level, but rather, the trained eye sometimes.
Colon liquids are a developing flesh parts in the inner lining of the colon, and are a precedent benign tumor for the ingenious, that is, they are not cancerous but can turn into cancer.
Improved experience For the patient
With the help of artificial intelligence, doctors can carefully care for the patient, which is contraryly to the humanitarian link to medicine.
“Artificial intelligence reduces the administrative burden on caregivers, allowing them to do what was trained on it: listening to and evaluating patients,” Winner said.
Therefore, instead of spending 10 to 15 minutes to write down notes and determine the necessary squares, doctors can be with the patient while artificial intelligence works in the background to document the visit.
In the future, artificial intelligence may conduct patient interviews, diagnose diseases, and even seek prescriptions and photography tests. But even with the increasing importance of artificial intelligence in the field of health care, partnership with your doctor to meet your health needs is still very important.
“Artificial intelligence can mimic sympathy, and responds in ways that feel support and understanding. But he cannot look into the eyes of someone at a moment of weakness, reading the language of his body, or replacing the deep human communication that a skilled doctor can create with his patient.” “The best doctors will learn how to take advantage of artificial intelligence, integrate their intuition and their emotional insight accurately. But doctors are present, because humans will always need humans.”
Artificial intelligence in emergency rooms
In 2024, researchers at Alberta University in Canada tested a new tool for writing medical notes, with the aim of reducing the administrative burden on doctors and improving patient care.
The project aimed to reduce the administrative burden to keep the records on doctors, so that they can focus on providing better care for patients, according to the project leader, Jake Hayard, assistant clinical professor, emergency doctor and deputy head of the Clinical Quality Improvement Department in Health Services in Alberta.
The project continues for two years, and it consists of 3 stages: the first is to improve the artificial intelligence tool to ensure its metaphor for all the needs of the emergency departments in Alberta, the second is to create the forms of patient approval and security security rules that meet the same standards of the electronic medical record system in Alberta, and the third testing the program experimentally in 3 emergency departments in Red Deir Regional Hospitals, Royal Alexandra and Alberta University.
Improving speed and accuracy
Diagnosis and photography may be the two fields in which artificial intelligence seems to record the largest results through its ability to improve the speed and accuracy in which diagnostic surveying operations are interpreted.
Artificial intelligence systems can read the body’s signs of MRI, computerized tomography and X -rays more consistently than humans.
However, clinical specialists should not be excluded from the equation, when you combine a person and the machine you get the best results.
Artificial intelligence can detect lung nodules in X -rays on the chest, or pests in X -ray breast imaging.
Recently, artificial intelligence began to show his capabilities in the field of rare diseases, as it can reach a diagnosis that even doctors were unable to connect to him after providing artificial intelligence patients and their medical history.