Artificial intelligence can help patients, doctors and hospital managers by reducing the time and cost in doing tasks that are usually done by humans . Artificial intelligence .

Applications of artificial intelligence in health care

Artificial intelligence has countless applications in the field of healthcare. Artificial intelligence is used to discover the relationship between genetic codes, control surgical robots or even maximize hospital efficiency, and thus the use of artificial intelligence in the healthcare industry has been a great achievement in the medical field . AI is . ​

Using artificial intelligence for effective diagnosis and error reduction

In 2015, misdiagnosis and medical errors accounted for 10% of all deaths in the United States. Considering this, the promise of improving the disease diagnosis process is one of the most important applications of health care .

Incomplete medical records and excessive cases can lead to fatal human errors. According to these variables, artificial intelligence can predict and diagnose diseases faster than most medical professionals. For example, in one study, an artificial intelligence model using algorithms and deep learning diagnosed breast cancer at a higher rate than 11 pathologists .

Development of new drugs with artificial intelligence

The drug development industry has been stagnant with skyrocketing development costs and thousands of hours of research. It costs about $2.6 billion to put each drug into clinical trials, and only 10 percent of these drugs make it to market. Due to advances in technology, biopharmaceutical companies are quickly realizing the productivity, accuracy, and knowledge that AI can provide . ​

One of the biggest AI breakthroughs in drug development came in 2007 when researchers tasked a robot named Adam with researching the functions of yeast . Adam searched billions of data points in public databases to hypothesize the functions of 19 genes in yeast and predict nine new and precise hypotheses. Also, another robot named Eve discovered that triclosan, a common ingredient in toothpaste, can fight malaria parasites . ​

Improving patient experience with artificial intelligence

In the healthcare industry, time is money. Providing a relaxing patient experience allows hospitals, clinics and doctors to treat more patients on a daily basis . ​

In 2016, US hospitals hosted more than 35 million patients, each of whom had different diseases, insurance coverage, and conditions that contributed to the provision of services. A 2016 study of 35,000 physician reviews found that 96% of patient complaints related to poor customer service, confusion about paperwork, and negative experiences with admissions . ​

New innovations in healthcare technology using artificial intelligence are simplifying the patient experience, helping hospital personnel to process millions or billions of data points faster and more efficiently .

Medical data extraction and management with artificial intelligence

Healthcare is widely recognized as one of the most important areas of big data. This valuable information can sometimes get lost among the trillions of data points, costing the healthcare industry about $100 billion a year. In addition, the inability to connect important data points slows the development of new drugs, preventive medicine, and appropriate diagnostics . ​

Many in the healthcare sector are turning to AI as a way to avoid data waste. This technology breaks down data silos and connects information in minutes that would take years to process without the use of artificial intelligence . ​

Surgery with the help of artificial intelligence robot

The use of artificial intelligence in surgery with the help of robots is increasing rapidly. Hospitals use robots to help in different departments; From low risk operations to open heart surgery. Robots help doctors perform complex operations with precision, flexibility, and control beyond human capabilities . ​

Robots equipped with cameras, mechanical arms and surgical instruments augment the experience, skill and knowledge of doctors to create a new type of surgery. Surgeons control the mechanical arms by sitting behind a computer console. The robot provides a three-dimensional and large view of the surgical site to the doctor, even in situations where surgeons cannot rely on the ability of their eyes alone. The surgeon then directs other team members who work closely with the robot throughout the entire surgery