Where are the beginnings of breast cancer? A team of researchers at Kyoto University has revealed the mechanism by which breast cancer is formed in the cells of mammalian epithelium.
Brain tumour progression to a malignant state is believed to be the result of an intricate interplay between cancer cells and the tumour microenvironment. Greek researchers shed new light on the mechanisms.
Scientists from the University of California San Diego and their colleagues in Australia have engineered bacteria that can detect the presence of tumor DNA in a live organism.
In a new editorial paper, researchers from the Army Hospital Hamburg discuss treatment strategies for common, but highly malignant types of head and neck tumors.
An 'encyclopaedia' of protein alterations in soft tissue sarcomas could open the door to a new era of understanding and treatment for this group of rare cancers.
Scientists have designed an AI tool that can rapidly decode a brain tumor’s DNA to determine its molecular identity during surgery — critical information that can guide treatment decisions.
For proton radiation therapy against cancer, there is yet no direct method for mapping the beam range during dose delivery. A new method devised by Dresden scientists could help.
Genomic sequencing panels as part of personalised cancer treatment have been found to only benefit one in 20 patients they are currently used for, according to a study by CNIO.
Folate-based radiopharmaceuticals can be used in positron emission tomography (PET) imaging to detect folate receptors in brain tumours, researchers from the University of Turku report.
US researchers identified a potential breakthrough in glioblastoma treatment. Using a modified virus, they created a treatment that specifically attacks tumor cells, while leaving normal cells intact.
A new study from Munich reveals: Whether patients are able to correctly assess risks depends partly on how physicians convey statistical information to them.
French scientists discovered that CD4 T cells generated during immunotherapy are capable of remotely neutralizing tumor cells by producing interferon gamma (IFN-γ).
Unanswered questions are hampering clinicians in their efforts to get the best out of a precision medicine approach for their patients. Speaking at the Genomics and Precision Medicine Expo in London at the end of May, cancer educator Dr Elaine Vickers said the benefits of being matched to an investigational drug remain questionable for most people with advanced cancer.
Gene alterations in biliary tract cancer offer potential targets for current or future precision therapies. This is demonstrated by a new study from Vienna.
New research from the University of Helsinki increases the understanding of ovarian cancer: the identification of new subtypes could help discover new treatments.
Patients with early-stage breast cancer who have an elevated risk of having tumour recurrence now have the option to take a course of radiotherapy following breast conservation surgery that is only three weeks long, half the time of conventional radiotherapy treatment.
Tumors sometimes seem to take on a life of their own, with cancer genes “striking out” in ring shapes. An international research team has new insights into this phenomenon.
New research has identified a potential therapeutic target and developed a unique delivery system to treat osteosarcoma, a bone cancer that primarily affects children and adolescents.
A group of researchers has illustrated the mechanistic pathway for PTEN-deficient breast cancer and successfully tested a method of countering the downstream effects of immune system evasion by tumors.
Bonn researchers uncover contribution of protein degradation processes to cisplatin resistance in germ cell tumors: Cisplatin is used successfully in the chemotherapy of testicular cancer.
A new clinical trial has shown that men diagnosed with prostate cancer can benefit from ‘radical radiotherapy’ that delivers treatment in five hospital visits instead of the typical 20.
US researchers have developed a way to use MRI scanning to map body cell metabolism, opening up new possibilities for detecting cancers and revealing if a tumor is responding to treatment.
A UK research team has developed a new technique that combines machine learning with short-wave infrared (SWIR) fluorescence imaging to detect precise boundaries of tumors.
A new real-time imaging technique that uses a type of infrared light has, for the first time, been used during surgery to differentiate between cancerous tumours and healthy tissue.
Imaging researchers have taken a major step towards their ultimate goal of identifying cancers that are starved of oxygen so that altered treatment can be used to target them more effectively.
