How AI is Revolutionizing Medical Practice in the Future?

How AI is Revolutionizing Medical Practice in the Future?

The concept of using AI in the healthcare industry is not new. Medical experts have been discussing its benefits in their conferences and meetings for a long time. People are becoming aware of AI abilities and are looking forward to streamlining them with their administrative procedures to improve patient care and minimize costs. In this blog we will learn about all the aspects of Artificial Intelligence in healthcare, its role, challenges, use cases, and how AI is revolutionizing medical practice in the future, etc.

Role of AI in the Healthcare Industry

Role of AI in the Healthcare Industry

Artificial Intelligence can alter how the healthcare industry addresses global health issues ranging from therapy to disease diagnosis. This is because Artificial Intelligence can potentially enhance any workspace’s capacity. You can read further about how any AI application development company can leave a lasting effect on the healthcare industry and can provide deep insights to medical professionals. Look at the below pointers to learn about the vital role of Artificial Intelligence in healthcare:

Early Disease Diagnosis and Prognosis

The usage of AI in the healthcare industry transformation has enabled many practitioners to provide accurate outcomes by analyzing massive databases. Furthermore, they use AI to diagnose illnesses like cancer early in development and with greater accuracy.

When Artificial Intelligence and sophisticated data mining techniques are used, insights and patterns are generated that help medical professionals treat a range of ailments since these disorders can be identified early.

A study released by the American Cancer Society claims that a large percentage of mammograms yield erroneous results, which means that one in every two healthy women will be told they have cancer. It can now read and translate mammograms thirty times faster and with 99% accuracy thanks to Artificial Intelligence, eliminating unnecessary biopsies.

Robotic assistance and surgical robotics

Robotic surgery is one of the renowned uses of AI in medical fields. AI Robots have already created wonders in surgical procedures in the healthcare industry; there is no possibility of manual error with them, everything is safe, and the outcome is as desired by the practitioners.

With the help of robotic surgery, doctors can be very efficient in working with patients. It will also enhance doctors’ abilities by providing better quality images and help in making right decisions, too.

Read More: Ultimate Guide to Referral Management Software Development in the Healthcare Sector

Types of AI in Healthcare

AI in healthcare consists of many technologies, every one of it has a particular function.

Types of AI in Healthcare

While the industry benefits significantly from various AI technologies, the processes and activities they support may differ. Now, let’s examine some of the most cutting-edge AI solutions in the medical field:

Machine Learning

Machine learning (ML) is one of the most common Artificial Intelligence applications in the healthcare industry. Machine learning mimics human learning through data and algorithms, increasing accuracy.

Precision medicine is one of the most impressive uses of machine learning in the medical field. It forecasts which therapeutic approaches will work best for the patients based on patient features and therapies. Most precision medicine applications rely on supervised learning, which uses a training dataset with predetermined results.

Neural network models, or deep learning, are the most advanced machine learning and Artificial Intelligence in healthcare. To forecast results, these models include several tiers of variables or attributes. The identification of lesions in radiological images that may be malignant is one of the most popular uses of deep learning.

Robotic Process Automation

Robotic process automation (RPA) in healthcare uses automation technologies to mimic, learn, and perform rule-based business activities. These Artificial Intelligence solutions are less expensive, easier to produce, and have activity accountability compared to other AI systems utilized in the healthcare sector.

They help automate repetitive tasks in the healthcare industry, like billing and patient information updates.

Read More: Intelligent Document Processing- How it Works and Impacts the Healthcare Industry

Natural Language Processing

It comprises speech recognition, text analysis, etc many such applications as NLP are one the widest fields. Most of the time, it is used in the medical industry for finalizing the research products and clinical documentation. Also, these NLP systems are used worldwide for assessing the patients’ clinical notes and offer a lot of dedicated information to assess quality for improving patient’s care.

Rule-Based Expert System

A rule-based expert system is the most fundamental form of Artificial Intelligence. It utilizes predefined rules based on knowledge to solve problems. Applying a set of hardcoded rules to the provided data is the expert system’s function in turning human expert knowledge into a set of rules.

They are widely used in the healthcare industry to offer clinical decision support. The rule-based systems in question operate admirably to a certain extent and are easy to understand. But with more regulations, they begin to conflict and ultimately become incompatible. However, a growing variety of methods based on data and machine learning algorithms are currently replacing them in the healthcare industry.

AI Healthcare Use Cases

AI healthcare use cases

Application of AI in healthcare has offered many benefits to the industry. The patients have received detailed diagnosis and the productivity of hospitals has also improved. Here are some of the best ways that Artificial Intelligence has revolutionized the business and have undergone the transition in the last few years. Below are some of AI in healthcare examples: Do know about the Examples of Artificial Intelligence in the Healthcare Sector in the Real World

Precision Medicine:

Genetics and genomics are significantly impacted by using Artificial Intelligence in medicine. By helping to find patterns in massive data sets that include genetic data and medical records, this technique contributes to understanding the relationships between mutations and diseases. It is not unexpected that Artificial Intelligence can inform physicians about cell internal processes when genetic variation modifies DNA, whether for therapeutic or non-medical purposes.

Detecting Fraud

According to the US Department of Justice, three per cent of all healthcare claims nationwide are fraudulent. This causes a loss of one hundred billion dollars annually. Medical professionals can speed up the processing, approval, and payment of valid claims by using Artificial Intelligence to identify fraud. Artificial Intelligence in healthcare can prevent patient data theft and identify insurance fraud.

Prominent healthcare organizations such as Harvard Pilgrim Health are implementing Artificial Intelligence (AI) to tackle fraud inside the healthcare sector. They use Artificial Intelligence-based fraud detection systems to identify dubious behavior and identify claims.

Participation in Repetitive Work

The healthcare sector is shifting towards cognitive assistants, which possess reasoning, analytics, and a thorough understanding of medical information. It has been determined that the newly developed algorithm known as Medical Sieve can help with decision-making in radiology and cardiology. The cognitive health assistant analyzes the radiology pictures to detect issues more quickly and precisely.

The Medical Sieve is a shining example of Artificial Intelligence in the healthcare and medicine domain. There are, however, more cases, such as Enlitic, an application that seeks to mix deep learning with medical data to permit more advanced diagnostics and enhance patient care.

Usage of Robots for Surgery Assistance:

It is among the most extensively used AI applications in the healthcare industry. Artificial Intelligence (AI) and cooperative robots have revolutionized surgical techniques by removing the possibility of blood loss, discomfort, and other adverse outcomes. The ability of doctors to perform complex surgical procedures with greater precision is another advantage of using AI in the medical profession. This helps patients heal more quickly and with less trauma.

The example of Maastricht University Medical Center, is taken here as it uses the robots for driving the Artificial Intelligence to help experts in unblocking small blood veins that are thicker than .03 millimeters. Al and healthcare allows the surgeon to receive updated insights and data about the patient’s health in real-time. Experts can make right decisions while performing the medical procedure with the information related to Artificial Intelligence just to ensure that best results are received.

Read More: AI-based Homecare Management App Development

Providing Support for Clinical Decisions

Clinical practitioners’ decision-making processes are changing in the healthcare sector due to AI and ML. Artificial Intelligence offers data that can assist medical practitioners in diagnosing, developing treatments, and controlling patients’ health. Examples of data-intensive professions that can profit from the technology’s capacity to support decision-making include pathology, radiography, and ophthalmology. It’s also conceivable that a reasonable amount of time for specific tasks alone is not too far off. Through natural language processing, AI can also help translate clinical notes into electronic health records (EHRs), allowing doctors to enter data once.

How Do We Build Effective and Trusted AI-Augmented Healthcare Systems?

It is well known that because Artificial Intelligence (AI) offers so many benefits to healthcare practitioners, the two fields are closely related. Many recommendations across the globe are received for Artificial Intelligence. Experts from different fields are using Artificial Intelligence in many aspects of their work, inclusive of the treatment and medical diagnosis, helping with the best care and also providing the best experience to the patients. CONTACT US

Artificial Intelligence will help with disease identification, patient outcome prediction, and analysis of medical images. Artificial Intelligence is, therefore, here to stay and expand in the medical industry. No other technology could have achieved the same degree of growth in the healthcare sector as Artificial Intelligence, which has transformed the field by increasing diagnostic accuracy, decreasing administrative procedures, and optimizing resource allocation.

Nevertheless, a few challenges come with applying AI technology in the healthcare sector. By working with a reliable healthcare app development company, they can help you overcome these issues and provide customized care, precise diagnosis, improved patient care, and cheaper costs.

Read More: How To Build A Medical Billing Software: Cost, Types & Key Features

AI’s Challenges for the Healthcare Sector

AI's Challenges for the Healthcare Sector

Healthcare Artificial Intelligence software is changing regularly and the chances are high that it can bring many challenges that require human interventions. These types of challenges are inclusive of the concerns about the quality of data, and security and need to be improved in realizing the full potential of AI solutions in the healthcare sector. Now let’s get in deeper to know the various challenges that you need to consider while pursuing medical app development for you organization:

Data’s Accessibility

The major barrier in using Artificial Intelligence in medicine is that a lot of data is required for training through many sources and is inclusive of pharmaceutical records, electronic health records, etc. Due to the fragmented structure of the data and the fact that patients often see multiple healthcare providers, the data is increasingly complicated and challenging to interpret, which increases the risk of errors and raises costs.

Injuries and Errors

It is to be noted that the Artificial Intelligence system can also make errors in various scenarios especially when it is about the creation of a treatment plan or looking for threats. For instance, there are chances that any patient can be issued a wrong description or the system employed can fail to detect the tumor during the radiological scan. The scenario is considered for Artificial Intelligence-based systems only. In this case, the patient will suffer and have to face severe health repercussions.

Privacy-Related Concerns

One of the biggest obstacles to the application of Artificial Intelligence in healthcare is the need for extensive security measures to protect sensitive data from the vast amount of data gathered. Thus, looking for the proper machine learning and AI app development company that offers a wide range of security options to safeguard customer data securely is crucial.

Read More: How To Create A Medicine Delivery Mobile App?


Artificial Intelligence in the healthcare sector can alter the way treatment and diagnosis in the medical field. Artificial Intelligence is beneficial in many ways for improving the condition of patients. Like enhancing the accuracy of diagnostic techniques and altering the treatment plans. Also, in order to realize the potential of Artificial Intelligence in the medical sector it will be better if the legal frameworks are created, moral dilemmas are resolved and proper training is provided to the medical staff.

The human experience and Artificial Intelligence if clubbed together then it can open many new opportunities in the healthcare industry. For your organization, look for custom healthcare software development services to be the best in the industry.

Read More: Complete Guide to Develop a Doctor Appointment Booking Application

Read More: How To Create An Artificial Intelligence App?

Sandeep Agrawal

Sandeep Agrawal is the visionary CTO at InventCoLabs, bringing innovation to life through his technical expertise. With a passion for cutting-edge technologies, Sandeep leads the team in developing robust solutions. His dedication and continous efforts to pushing the boundaries of what’s possible defines his role as a transformative and innovative force in the tech industry.