Tumor

A new imaging technique could improve treatments for tumors, by revealing which ones need to be softened up ahead of time.

In preclinical tests, scientists at Wistar Institute have developed a molecule that disrupts a protein complex vital to cancer cell survival.

A cold atmospheric plasma system designed to prevent cancer relapse has been approved for human clinical trials by the FDA.

Pancreatic cancer is one of the most deadly forms of the disease, thanks largely to the fact that the tumors tend to be much more solid. But now researchers have identified a promising new drug candidate that could linger for longer to worm its way in, and works when paired with other cancer drugs.

One of the main reasons cancer is hard to beat is because it spreads through the body. But now researchers from Vanderbilt University have developed a new technique that uses nanoparticles to enhance immune cells, helping them hunt down cancer cells migrating through the bloodstream.

The FDA has granted accelerated approval to a new cancer drug called selinexor. This pill has been found to be successful in treating multiple myeloma in patients that hadn’t had success with other treatments. But at this very early stage the drug comes with some major caveats.

Researchers have created a portable device they say can determine the efficacy of patient-specific cancer drugs with an accuracy of almost 96 percent. Teaming sensors with machine learning, the device provides rapid results, aiding the selection of better drugs while reducing potential side effects.

Cytokines are small proteins that could help fight cancer, but they're toxic to healthy cells. Now, researchers from MIT have managed to keep cytokines contained in cancer cells, attaching them with proteins that stick like Velcro.

As promising as some treatments are in lab tests, unfortunately they don’t always meet hopes when translated to the real world. Now scientists have found out why a class of cancer drugs failed in human trials, and gone on to identify another drug that could finally make the treatment work.

The lamprey is not something you’d normally want anywhere near your brain. But now, researchers have used molecules taken from the freaky fish’s immune system to deliver drugs inside the body – and even managed to sneak them into the brain.

A new imaging technique designed to help surgeons identify the location of malignant brain tumors during surgery is showing promising early clinical trial results. The technique combines a near-infrared camera with a special imaging agent synthesized from an amino acid found in scorpion venom.

Cancer might not be so difficult to kill if it didn’t have the terrifying ability to spread throughout the body. Now, researchers have discovered a particular protein signalling pathway that controls whether a tumor can spread or not, making it a good target for future drugs.