A modern technique lifts the cancer cells and makes it easier to eradicate

Cancer -tumor removal surgery requires accurately as the tumor is completely removed, so there are no cancer cells that grow cancer again. At the same time, many healthy tissues cannot be eradicated as this can lead to the damage of the surrounding blood vessels, nerves and other healthy organs, especially because the tumor was in sensitive places, such as the brain. Surgeons often rely on MRI images to accurately detect the crops, and during surgery they have no choice but to rely on experience and naked eye. However, it may change in the near future, according to a new study published in the journal “Cancer Research”, says scientists from “London College” invented a new technology that combines many detailed images in the actual time of the body with some kind of infrared light, while surgery is distinguished between cancerous tissues and healthy tissues. An unprecedented accuracy and relieves this tumor technique effectively, allowing surgeons to remove it with unprecedented precision. The researchers hope to translate this innovative technology into a clinical practice in British “Josh” hospital, as soon as possible to benefit the largest number of children with cancer crops, especially nerve crops. The researchers believe that development can have an effect on the treatment of nervous aromatic crop, which is one of the most common forms of solid cancer crops found in children, and represents 8-10% of all children’s cancer, and about 15% of children’s deaths due to cancer. The nervous aromatic tumor is already spread in about a third of the patients to other parts of the body at the time of diagnosis, making the treatment more difficult. Standard treatment usually contains a surgical process to completely remove cancer cells, which can be difficult to see because it looks like the surrounding healthy tissues. The crop that relieves the researchers says that surgical oncology of children has a constantly increasing need for new technologies and devices that can help during surgery. With the help of this technique, the researchers show the possibility of determining the margins of the crop in particular, so that it can distinguish it from the surrounding healthy tissues. In the technique, which researchers call ‘molecular photography during surgery’, chemicals are injected into the bloodstream to serve as ‘photography sensors’. These chemicals are attracted to the cancer cells in the body, and once associated with crops, sensors relieve sensors through a process called ‘brilliance’, which in turn relieves the crop. This technique, which was used on the mice during the pre -clinical tests, succeeded in detecting part of the tumor that was not removed during surgery. A test with light and the team wanted to test whether they could improve the visual quality of oncology images using a type of light called short -waved infrared. Therefore, they used a special camera with a high definition to capture the brilliance of the invisible lashes of the naked eye, allowing it to penetrate deeper into the tissues to provide more accurate and detailed images. With the help of this technique, surgeons make it possible to distinguish between cancer crops and healthy tissues during pre -clinical tests. Unlike X -ray or MRI, molecular imaging produces detailed images of biological operations, and can be performed directly during surgery, which means that clinical teams do not have to wait for cancer samples results. The researchers believe that these results show that the new molecular imaging, a technique used for the first time to examine materials, can improve the vision of the surgeon beyond the human eye’s ability, allowing them to handle the tumor surgery more accurately. The researchers expected the new technology to change the rules of the game and help surgeons perform safer and more complete homosexual people. Also read: