
Flash Radiotherapy: Is the Future of Oncology a Matter of Moments?
Radiation focused in a millisecond: flash radiotherapy promises to revolutionize the treatment of the most aggressive tumors.
Radiation focused in a millisecond: flash radiotherapy promises to revolutionize the treatment of the most aggressive tumors.
A new therapeutic approach offers hope for patients with the BRAF V600E genetic mutation: precision medicine is increasingly refined.
CAR-T Therapy: A Breakthrough in the Treatment of Blood Cancer and Now Solid Tumors. The State of Research and the Challenges to Face.
Breakthrough in early diagnosis: Nanotechnology sensor analyzes breath, detects early-stage lung cancer.
Colon cancer in young people is on the rise. A new study reveals the key role of gut bacteria. Is science on the right track?
Cell Phones and Cancer, Myth Debunked. 28 Years of Research Shows There is No Link. WHO Confirms: Our Smartphones Are Safe.
Study on over 6000 men demonstrates the effectiveness of an innovative salivary test in diagnosing prostate cancer that was also missed by PSA and MRI.
Ink and metal particles from tattoos migrate into the lymph nodes, activating the immune system. This could explain the increased risk of lymphoma.
Liberty's home blood testing device for cancer patients has won approval after trials.
Study reveals the link between metabolism and cancer: MGO generated from glucose can deactivate the BRCA2 gene, promoting the development of tumors. Very important implications.
Breakthrough in the fight against cancer: a new AI test analyzes a drop of dried blood and diagnoses three types of cancer in minutes with up to 100% accuracy
First success of CAR-T therapy on solid brain tumors: drastic regression of glioblastoma in 3 patients. The path is the right one.
Paul Edmonds, a patient from California, defeated both HIV and cancer thanks to a revolutionary stem cell transplant.
A new Australian study reveals the potential of the Ku70 protein to put bowel cancer cells dormant.
Carolina de Aguiar Ferreira is transforming the fight against cancer with innovative isotopes for precise targeting of cancer cells.
In clinical trials, divarasib was effective in slowing the development of tumors in colorectal cancer, with manageable side effects and high tolerability.
The quick and inexpensive blood test detects a protein produced by tumor cells even before symptoms begin.
The GCN5 enzyme is crucial: if it functions poorly it can cause cancer and diabetes. That's why it can become the centerpiece of important new drugs.
A new AI-powered tool promises to revolutionize the way doctors estimate the survival of cancer patients.
Histotripsy, a non-invasive technique to destroy liver tumors with sound waves, gets FDA approval: it could reduce side effects and recovery times.
Major research combines CRISPR and bacteria to identify tumor DNA, offering hope for early diagnosis of various diseases.