How AI Can Help With Full Body Scans

Doctors use x-rays, CT scan, and MRI scan to determine whether a patient is suffering from a medical condition. These types of technology are basically the same tools that a computer scientist would use to run full body scans. 

With the advancement of digital technology, artificial intelligence or AI has also penetrated the world of medicine. As most people know, medicine is an empirical science that relies heavily on the use of information to provide treatments for patients. And, AI plays a vital role in ensuring that accurate information is provided every time, including diagnosis made through full body scans.

In this article, you will learn further how AI can help with full body scans to increase your knowledge and understanding on this emerging medical technology trend.

What Is Artificial Intelligence? 

Artificial intelligence (AI) is a branch of computer science concerned with the development of intelligent machines that can perform most tasks that would normally require human intelligence, including problem solving, reasoning, and providing creative insight. 

The field of AI focuses heavily on how the different components of an artificial intelligence system can work together to achieve certain objectives. Screening using AI is not far from impossible. It is actually being used nowadays, and what makes these AI-enabled scans different is that they use digital information instead of analog information.

What Is A Full Body Scan?

A full body scan would allow a doctor to look for anything, from abnormalities to parasites to cancerous growths. It’s not just the technology that determines if the scan is accurate, but also the quality of the images. 

Take a look at the following examples of full body scanners:

• Computerized tomography (CT or CAT) scan: It involves using rotating x-rays and computers, creating cross-sectional images of a body part or organ, such as the brain. 
• Magnetic resonance imaging or MRI: This diagnostic procedure involves using strong magnetic fields in creating images of body organs.
• Digital x-rays: It uses the power of electromagnetic radiation in creating body images, like the bones, lungs, and heart.

Now that you know what AI and full body scans are, it’s time to know how AI can help with using full body scans in diagnosis of various medical conditions. These include:

1. Accurate Diagnosis

How AI can help with full body scans is clear. It makes the process of getting an accurate diagnosis much easier and less painful. It also allows for more detailed scans, which are ideal for identifying problems early on. This technology has the potential to be a real lifesaver for many people, which can help in the diagnosis of the following:

• Nervous system problems, like tumors and aneurysms
• Blood and heart problems, such as anemia, heart disease, varicose veins, and angina
• Digestive system issues, such as appendicitis, gastritis, and irritable bowel syndrome
• Kidney and liver problems, such as kidney stones, liver cirrhosis, and renal failure

2. Early Detection

Those who are suffering from serious diseases, such as cancer, may not show many signs of problems, but when an artificial intelligence analyzes the full body scans, it will be able to spot abnormalities that would otherwise be missed. This will allow early detection, which is essential for prolonging life.

Here are the advantages of early detection:

• Early detection promotes prompt and customized treatment.
• It enables nurses to develop better nursing intervention for faster recovery and quality patient care.
• It enables doctors to develop better medical intervention with less risks and complications involved.

3. AI In Radiology Systems

Another use of artificial intelligence in medicine is in radiology systems. An artificial intelligence system is a computer program that analyzes x-ray images to detect abnormalities and help doctors make a diagnosis of the problem quickly. 

In turn, these types of software programs are being used in several different ways. For example, some radiology departments use them to create graphs of patient health so that radiologists can easily see when problems become serious. 

4. Customized Treatment Plan

Those who are suffering from a severe form of trauma or any type of physical harm can greatly benefit from AI full body scans. The technology can provide them with the means to recover much faster than what traditional methods could do. This will allow them to live healthier, longer, and quality lives. With an artificial intelligence system analyzing the scans, it will be able to provide the individual with a customized treatment plan for their injury.

5. Saves Patients From Radiation Exposure

A CT scan delivers radiation, which is about 1 to 10 millisieverts (mSv), or the same amount of 100 to 200 x-rays, which leaves a patient at risk of developing cancer (one in 2,000 patients) later in life. 

With artificial intelligence, two-dimensional (2D) ultrasound can be transformed into three-dimensional (3D) models instead of x-rays. It would reduce the need for undergoing CT scans. Also, 3D ultrasound provides surgeons with three dimensional models during surgery, which is something that MRI and CT scans won’t be able do.

6. Voice Recognition

AI can help software systems capture and interpret spoken words. With voice recognition, radiologists and scanners don’t need to be physically present with the patient inside the scan room. Commands can be given even without manipulating a remote dashboard by using this technology.

Take a look the benefits of voice recognition in full body scans:

• Saves time and effort of both patients and healthcare workers
• Prompts action or treatment provided because of less time on the scanning procedure itself
• Promotes a higher level of patient privacy

Conclusion

The benefits of using artificial intelligence in medical imaging should already be apparent, most especially when it comes to early diagnosis and treatment. The use of AI is being explored for all potentials and possibilities of full body scans to provide accurate results, with less exposure to radiation. 

As time goes on, it’s likely that more uses for this type of technology will come to light. With all of the benefits that artificial intelligence with full body scans can provide, one will surely have a hard time finding any area where it isn’t beneficial.