Researchers have identified a key process in cell death that prevents cancer from spreading through a distinct molecular mechanism of the disease's early stages.
The study was published in 'Science Advances'.
For the first time, scientists have described a special molecular mechanism of the early phases of programmed cell death, often known as apoptosis, a process that is essential in the prevention of cancer.
This process of "programmed cell death" often goes wrong in cancer. Damaged mitochondria can also undergo a form of "self-eating" termed mitophagy that prevents them from sending "death signals."
A new weapon in the arsenal of cancer cells' treatment resistance, according to a study conducted by the Garvan Institute of Medical Research, is the ability for them to respond randomly to chemotherapy.
According to recent research led by the Garvan Institute of Medical Research, cancer cells have an inbuilt randomness in their capacity to respond to chemotherapy, which is another weapon in their treatment resistance toolbox.
Cancer is a disease driven by gene mutations. These mutated genes in cancer fall into two major categories: tumour suppressors and oncogenes. Mutations in tumour suppressor genes can allow tumours to grow unchecked - a case of no brakes - while mutations in oncogenes can activate cell prolif
The disulfidptosis form of cell death, which was previously unknown, is described in a study from the University of Texas MD Anderson Cancer Center that was published today in Nature Cell Biology. This finding may pave the way for fresh cancer treatment options.
There may be greater public health risks associated with the ultraviolet nail polish drying equipment used to cure gel manicures than previously realised.
There may be greater public health risks associated with the ultraviolet nail polish drying equipment used to cure gel manicures than previously realised. These ultraviolet (UV) light-emitting devices were studied by researchers at the University of California, San Diego, who discovered that
Indiana [US], October 1 (ANI): Researchers at Indiana University School of Medicine are developing new ways to investigate why antibiotics cause permanent hearing loss and hair cell death in humans.
Washington [US], September 26 (ANI): New ways to study why an antibiotic causes hair cell death and permanent hearing loss in people are being developed by researchers at Indiana University School of Medicine.
Heidelberg [Germany], September 19 (ANI): When free radicals become uncontrollable and destroy the protective cell membrane in a chain reaction, a cell dies of ferroptosis. When healthy cells are subjected to oxidative stress, they are occasionally damaged. Cancer cells, in particular, are v