{"id":18060,"date":"2020-01-21T16:27:01","date_gmt":"2020-01-21T13:27:01","guid":{"rendered":"https:\/\/www.intellectsoft.net\/blog\/?p=18060"},"modified":"2026-06-16T16:48:57","modified_gmt":"2026-06-16T13:48:57","slug":"how-ai-is-transforming-the-modern-healthcare-system","status":"publish","type":"post","link":"https:\/\/www.intellectsoft.net\/blog\/how-ai-is-transforming-the-modern-healthcare-system\/","title":{"rendered":"How AI Is Transforming The Modern Healthcare System"},"content":{"rendered":"

Artificial intelligence (AI) in the medical sphere makes use of algorithms and software to approximate human knowledge when analyzing complex information connected to healthcare software solutions<\/a>. AI-based programs are aimed at analyzing how medical prevention or treatment methods are related to the final result.<\/p>\n

Increasingly, healthcare organizations are accessing these capabilities through AIaaS platforms<\/a>, which allow institutions to deploy AI tools without building proprietary infrastructure. Smart medical products, services, and processes are already being developed by companies such as IBM, Google, Apple, and many others.<\/p>\n

What AI Is and Why It Is Important in Health Care<\/h2>\n

Broadly speaking, AI allows computers to learn from their experiences, adapt to set parameters, and perform tasks that used to be performed only by human beings. In most cases of AI implementation, from playing chess to driverless cars, developers must apply deep learning and natural language processing. These technologies make it possible to teach computers to perform certain tasks by processing enormous amounts of data and identifying patterns.<\/p>\n

The medical sphere can already be considered one of the most promising in terms of AI usage, as is artificial intelligence in fintech<\/a>, where financial institutions are increasingly embedding AI into their core operations. AI applications can massively improve the accuracy of diagnoses, simplify the lives of people who have various illnesses, and accelerate the production and release of novel drugs.<\/p>\n

Today, doctors use numerous devices to facilitate diagnosis, monitor patients\u2019 conditions, and perform surgical operations. However, it has recently become clear that AI is capable of many other things. For example, social media can help determine the dangers that threaten a person\u2019s health.<\/p>\n

The greatest achievement of AI in health care is connected to the collection and storage of data. For instance, electronic medical records (EMRs) store all data about a patient\u2019s illness, the services provided, and other medical documents. However, the EMR market is controlled by a very small group of companies, and the programs themselves can\u2019t be called flawless. The people who use them are irritated by pop-ups.<\/p>\n

Also, robots that assist in performing operations are not science fiction anymore. In 2000, Intuitive Surgical released the Da Vinci surgical system<\/a>, which was able to perform coronary bypass surgery. After a large investment, it was also taught how to remove prostate cancer.<\/p>\n

\"Da
Da Vinci Surgical System<\/figcaption><\/figure>\n

Although AI is becoming more and more proficient, doctors still spend a lot of time communicating with patients and conducting diagnostics, but it is believed that in the future, they will only control this process, reducing the workload of therapists. Many of them already use special applications and other tools.<\/p>\n

Let\u2019s take a closer look at some examples of AI in health care.<\/p>\n

How AI Is Implemented In Health Care: Examples Of Devices and Other Novel Technology<\/h2>\n

1. Thoroughly Process Patient Data<\/h3>\n

For competent treatment and accurate diagnoses, doctors must study patient data: pictures, test results, examination protocols, and anamnesis containing complete information. Sometimes, even experienced doctors are not able to see the full picture because the data is not systematized.<\/p>\n

According to Google Labs, one in ten patients suffers because of an incorrect diagnosis. It is believed that AI can solve this problem. Google\u2019s specialists are already working in some hospitals, where the Google Deepmind Health<\/a> program analyzes the available information about patients\u2019 symptoms and provides a list of recommendations. The doctor, using the tips from the system, prescribes a course of treatment. The IBM Watson Health<\/a> program also allows users to make diagnoses; it can recognize cardiomyopathy, thrombosis, heart attacks.<\/p>\n

Thanks to AI, it\u2019s possible to assess the impact of drugs on the human body, helping doctors understand how the unique features of the patient\u2019s genetic structure affect the course of the disease and what effect a new drug can have. With the help of the IBM Watson Health Cloud app<\/a>, the doctor receives and analyzes data about the patient\u2019s body from an electronic bracelet and can then select an effective course of treatment.<\/p>\n

2. Diagnostics<\/h3>\n

Nowadays, AI can recognize the symptoms of malignant neoplasms to diagnose visual disorders, tuberculosis, and brain disorders. An example is the Ada<\/a> service. This mobile app generates questions, and then the user describes their symptoms, after which Ada searches for information about the problem and gives recommendations. Similar services can indicate diseases, including diabetes. For instance, a special application called Sense.ly<\/a> has been developed for the people who have recently been to the hospital. It analyzes the user\u2019s health status in real-time and then sends this data to the therapist.<\/p>\n

Novel technology such as genetic analysis is gaining popularity as DNA analysis makes it possible to identify a person\u2019s predisposition to certain diseases, such as diabetes, stomach ulcers, and more. Furthermore, one project, MedClueRx<\/a>, allows users to determine which medications can help with depression, epilepsy, and diseases of the nervous system.<\/p>\n

We can\u2019t help but mention a service that can replace a personal doctor. MedWhat AI<\/a> is a mobile phone app with a built-in speech recognition function. The app takes an interest in the user\u2019s health and answers various questions, such as how to get rid of a headache.<\/p>\n

In the near future, MedWhat will grant access to patients\u2019 medical history and genetic information.<\/p>\n

3. Processing Huge Amounts Of Information<\/h3>\n

It\u2019s a well-known fact that AI can process several thousand pages per second when searching for the necessary information. Every twenty minutes or so, a new medical article appears in the world. Therefore, an AI-based decision support system, CDSS, was created to help medical workers. It combines information and data on patients\u2019 health indicators and their medical history.<\/p>\n

4. The Creation Of Drugs<\/h3>\n

Drugs are complex organic compounds, and finding the right structure takes a long time. Before getting to the market, a drug goes through many checks and tests, but that does not guarantee that the drug will be effective. More than 50% of new cancer drugs do not have a noticeable effect on the patient.<\/p>\n

AI is designed to more accurately model the composition of drugs. In the future, researchers will be able to set the necessary functions, and AI will form the chemical structure of the drug. Even today, a service called Atomwise<\/a> uses AI to find the optimal drug formula.<\/p>\n

Powerful Advantages Of AI In The Healthcare Industry<\/h2>\n

Scientists hope that with the help of AI, it will soon be possible to develop ultra-precise (or precision) medicine and assign individualized treatment to each patient, taking into account unique genetic and other features. The US has already announced the launch of the first projects for the development of precision medicine.<\/p>\n

Medical and technological advances over the last 50 years have allowed us to bring health care to a new level.<\/p>\n

New AI applications and systems have a number of undeniable advantages:<\/strong><\/p>\n