Scientists have discovered mouth bacteria kill deadly cancers. It could lead to new treatment methods for neck and head cancers.
This study was conducted by an international team of experts, and key researchers of this study are Dr. Miguel Reis Ferreira and Dr. Anjali Chander.
Fusobacterium releases toxic molecules that are harmful to cancer cells. Also, researchers have found a significant reduction in the risk of death in cancer patients whose tumors contain a high amount of Fusobacterium.
This study has the potential to treat patients with neck and head cancer. It will additionally allow researchers to establish cancer treatments, which will benefit people who have few options.
Fusobacterium: what it is?
Fusobacterium is an anaerobic bacteria that can live without oxygen. This bacteria can be found in the oral cavity, gastrointestinal tract, and upper respiratory tract.
Exploring Fusobacterium’s role in cancer immunity and treatment
In laboratory studies, Fusobacterium eliminated cancer cells in a petri dish. It eliminated a considerable number of cancer cells, approximately 70-90%.
Fusobacterium releases toxic molecules that are harmful to cancer cells. The nature of these toxic molecules is still under research.
The presence of Fusobacterium in patients with head and neck cancer reduced mortality and increased survival. Researchers discovered a 65% reduction in the chance of death for patients, indicating that the bacteria may contribute to a more favorable tumor growth.
Key Benefits
Patients with mouth, throat, voice box, sinuses, and voice box cancers (head and neck) can benefit from this study. This can lead to new treatments or therapies associated with Fusobacterium.
Researchers and oncologists can gain knowledge regarding the crucial connection between cancer cells and bacteria. For patients with limited treatment options, this study will give hope to fight against cancer.
To sum it up, an international team of experts has found mouth bacteria kill deadly cancers. It offers promising new avenues for treating head and neck cancers, potentially improving survival rates for patients with limited options.
This research highlights the significant role that bacteria may play in cancer treatment, paving the way for innovative therapies.
Featured image credits: The Guardian, NewsBytes
