In the Phase 3 clinical trial for metastatic pancreatic ductal adenocarcinoma, a four-drug chemotherapy treatment led to a longer overall survival than a two-drug combination.
A molecular mechanism important for the development of pancreatic cancers has been found by researchers at the University of California, San Diego School of Medicine. The mechanism could possibly contribute to the disease's great resistance to treatment and proclivity for metastasis.
This migration mode is one of the ways cancer cells navigate tissue during metastasis. In a new study researchers have explored mesenchymal migration through cell simulations and mathematical modeling. Their aim: to learn more about how cancer cells size up surrounding tissue for stiffness a
Researchers have uncovered a series of molecular interactions that may be crucial in preventing the spread of cancer cells. There is currently no effective therapeutic strategy to stop metastasis, which is the main cause of death from solid malignant tumours.
New research from the University of Missouri focused on imaging technology in an animal model has found NR has the potential to increase the prevalence of a particular form of cancer and its metastasis to the brain.
A novel mechanism that allows cancer cells to spread throughout the body has been discovered by an international team of researchers, offering a potential new target to halt metastasis, which is to blame for 90 per cent of cancer deaths.
Melanoma is the fifth most common cancer in men and the seventh most common cancer in women. It is estimated that 68,130 people in the United States were diagnosed in 2010, and 8,700 died.
The amount of glucose (sugar) consumed by internal organs rises during intense aerobic exercise, according to the researchers, which decreases the amount of energy available to the tumour. The study discovered how probability of cancer metastatic spread can be reduced by aerobic exercise.
Cancer cells require proteins that bind copper ions in order to develop and spread throughout the human body. Recent studies on the interactions between proteins and how they bind to metals in cancer-related proteins have revealed possible new therapeutic targets.
Study revealed why metal copper are required by human cells to perform essential biological functions. The conclusion drawn from studies demonstrating higher copper levels in tumor cells and blood serum from cancer patients is that cancer cells require more copper than healthy cells.