In recent years, cell therapies have developed alongside chemotherapy and immunotherapy to become a new pillar in the treatment of patients with blood and lymph gland cancer. In solid tumors, such as ...

If generative AI could contribute in the slightest to such discoveries—as has been promised since the start of the AI ...

Now, we may know why zombie skin cells have this double agent-esque existence. Not all senescent skin cells are the same.

USC researchers have developed an innovative type of cancer-fighting immune cell, the EchoBack CAR T-cell, that uses focused ...

CellVoyant leverages AI and live-cell imaging to predict cellular behavior, transforming cell therapy development and making ...

The division has been at the helm of a 10-year-old program called the Sickle Cell Disease Data Collection program, which aims to learn more about the disease’s patient population in a ...

Committed to pursuing lifesaving treatment at the forefront of cancer research, division researchers have developed groundbreaking ... several patients’ most potent tumor-killing T cells and infused ...

If your body learns to recognize this protein as a threat, it may stop those cancer cells before they spread. That’s the idea behind the vaccine, and it’s showing real signs of success in ...

Extrachromosomal DNAs (ecDNAs) encode oncogenic driver proteins, regulatory elements, immunomodulators, and genes of yet-unknown oncogenicity (Panel A). They exist as circular pieces of DNA in the ...

The catechins in matcha reduce oxidative stress, helping prevent damage to cellular DNA, slow cancer cell division, and decrease cancer cell resistance. However, more research is needed to understand ...