A study reveals a mechanism that controls cell adhesion and movement in tissues, which may be defective in diseases like cancer. The research found that the amount of adhesive protein E-Cadherin is controlled by its trafficking inside cells.
The decline of world wetlands could compound global warming, releasing billions of tonnes of carbon into the atmosphere. Wetlands store 10-20% of Earth's terrestrial carbon and slow organic material decay.
Researchers found that pregnant mice ignore alien male urine smells after day 3 of pregnancy due to dopamine surge. This chemical change helps avoid infanticide and protects fetal development.
A study by Uppsala University has identified the genetic mutation responsible for white horses' coats and found a link to an increased risk of melanoma. The dominant Greying with age mutation is shared among Grey horses, suggesting a common ancestor lived thousands of years ago.
Emory University researchers have discovered that fluoroquinolone antibiotics can enhance the effectiveness of RNA interference, a gene-silencing technique, in laboratory settings. The most powerful enhancer was enoxacin, which has been used to treat bacterial infections.
Researchers discovered 90 billion tons of microbial organisms living in the deep biosphere, with Archaea making up 87% of the biomass. The microorganisms thrive in extreme conditions, such as high pressure and low energy supply.
A team of scientists at the Salk Institute found that specialized testis niche cells in fruit flies originate from adult stem cells. This breakthrough has implications for regenerative medicine, aging research, and cancer therapeutics. The study suggests that once a fly becomes an adult, some stem cells can replace their supporting nic...
Researchers report rapid improvement in verbal fluency and aphasia following perispinal etanercept administration in a novel immune-based treatment for Alzheimer's disease. The study suggests that elevated TNF-alpha levels may interfere with neural communication, which can be reversed using this approach.
Researchers at Stanford University School of Medicine have discovered a protein called p53 that responds to disruptions in the cell's protein factories, leading to changes in skin color and causing anemia in mice. The findings may lead to new treatments for bone marrow failure in humans by modulating the levels of p53.