Medicine & TechnologyA research team from Japan developed a vaccine to remove the "zombie cells" that accumulate as people age and cause diseases associated with aging.
Researchers have developed the thinnest X-ray detector in the world that is only 10 nanometers thick and uses tin mono-sulfide (SnS) nanosheets. Scientists said that this could lead to real-time imaging of cells someday.
Dinosaur cloning might soon become a reality after scientists found exquisitely preserved cartilage cells in a dinosaur in China that may contain the first dinosaur DNA.
In 1951, doctors at Johns Hopkins Hospital took tissues from the tumor of Henrietta Lacks before she died. Since then, it was infinitely reproduced and became the cornerstone of modern medicine.
Recent reports said, researchers believe that one particular protein in an individual is what's determining the severity of COVID-19 when he contracts the virus.
A new study was able to capture the 3D image of ribosomal acitivitties for the first time. The findings helped experts to understand more about how ribosome assembly works inside the nucleolus.
Researchers from JOhns Hopkins Medicine analyzed the mystifying membrane-less viscous droplets in cells to understand its inner workings and how cells compartamentalize.
Different biological studies have utilized the principles of cell mutation profiles in various research applications. Cell mutation profiles can also reveal history of each cells and their behaviors.
An international team of researchers may have found the protein that plays a role in tumor growth and protects against neurodegenerative disorders like Alzheimer's disease.
A new study revealed that older men have a higher chance of developing sperm cell mutation that could affect their children with pediatric diseases, including congenital heart disease and autism spectrum disorder.