A team of researchers in the United States has developed a new technology that allows the results of medical nuclear magnetic resonance devices to be analyzed using artificial intelligence techniques in order to reach a better understanding of chemical equations and protein interactions within the human body.<br />The images taken by nuclear magnetic resonance devices make it possible to analyze the structure of molecules of various substances inside the body, such as proteins, but this process requires special human expertise and a long time from doctors to reach the required results. However, the new technology makes it possible to analyze this data faster and in the same way. Degree of accuracy.<br />The study team described the experience of training the artificial intelligence system on how to decode complex MRI images to understand the properties of proteins at the molecular level as opening the door wide to reading MRI images in a clear and understandable manner.<br />The website "Phys.org" quoted researcher Raphael Brushweiler from the Department of Biochemistry at Ohio University in the United States as saying: "In order to benefit from this data, it is necessary to understand the properties of protein molecules, whether qualitatively or quantitatively," stressing that it was difficult before This latest experiment uses computers to determine the individual properties of molecules when they interact with each other.<br />MRI images are usually in the form of a set of curves in the form of long oscillating lines to express the changes that occur in the rates of proteins within different biological samples. These studies help in understanding the functions and importance of proteins within the human body.<br />