Even as cancer remains a leading cause of death globally, bacteria-based cancer therapy presents an exciting and innovative treatment option. Owing to their ability to penetrate the rigid stromal ...

Bacteria-based cancer therapy harnesses bacteria to target cancer cells. Using bacteria to target tumors presents an exciting and innovative treatment option and could potentially be used when current ...

Bacteria-based therapies represent an exciting breakthrough in cancer treatment, harnessing their remarkable ability to specifically target and attack tumors. To fully harness the potential of this ...

A revolutionary bacterial therapy has been unveiled that annihilates tumors in mice without the aid of the immune system. This innovative approach, which utilizes a pair of bacteria species to ...

Bacteria are rapidly emerging as a new class of "living medicines" used to kill cancer cells. We're still a long way from a "cure" for cancer. But one day we could have programmable, self-navigating ...

Bacteria may be the next frontier in cancer treatment, according to a team led by researchers at Penn State that devised a new approach of creating bacteria-derived mixtures—or cocktails—to help fight ...

A joint research team led by Professor Eijiro Miyako of the Japan Advanced Institute of Science and Technology (JAIST), in collaboration with Daiichi Sankyo Co., Ltd. and University of Tsukuba, has ...

Over a century ago, William B. Coley, MD, famously injected cancer patients with bacterial toxins in a bold attempt to shrink their tumors—laying the foundation for modern immunotherapy. Now, ...

A research team led by Prof. Liu Chenli from the Shenzhen Institutes of Advanced Technology of the Chinese Academy of Sciences (CAS) and Prof. Xiao Yichuan from the Shanghai Institute of Nutrition and ...

Researchers at Columbia Engineering have built a cancer therapy that makes bacteria and viruses work as a team. In a study published today in Nature Biomedical Engineering, the Synthetic Biological ...

An illustration showing the anticancer bacterial strains, A-gyo and UN-gyo, along with a simple method for growing AUN using a light-prepared scaffold. Ishikawa, Japan-- Even as cancer remains a ...