MEDICINE & HEALTHScientists found that SARS-CoV-2, the virus that causes COVID-19, could infect the Schwann and har cells in the inner ear that may lead to hearing loss.
The National Institutes of Health (NIH) launched a program to study cellular senescence to assess the role of senescent cells in age-related diseases and cancer.
WHO Director-General Dr. Tedros Adhanom Ghebreyesus bestows the posthumous award on the late Henrietta Lacks whose cancer cells were used in several scientific breakthroughs, including COVID-19 vaccines.
Researchers found lab-grown cochlear organoids enable screening for potential drugs that promote hair cell regeneration that will be used to repair and replace lost hair cells in humans.
Bioengineers reimagine the CRISPR system as a Swiss Army knife by repurposing it to make a mini version for easier cell engineering and gene therapy to treat rheumatoid arthritis and other diverse ailments.
The presence of Cells has recently been discovered in sea anemones and corals, a finding that can eventually help in the development of tools to better analyze marine and coral health.
German scientists used stem cells to grow a mini human brain or cerebral organoids, which developed its own eyes complete with retinas, lenses, corneas, and nerve cells that help it detect light. They believe that it could lead to lab-grown retinas for people with vision loss.
Protein linked to certain conditions like Parkinson’s disease is found to be affecting the mitochondria with researchers specifically discovering that fragmentation of mitochondria can actually be healthy.
Breakthrough research on brain cells paves the way to understanding the aging process and its implications on diseases regarding memory and other cognitive disorders. In the experiment on mice, scientists used color coding to determine brain synapses during the different stages of life.
The biomolecules human immune systems deploy to find, tag, and destroy invading pathogens are the antibodies. Their work includes binding to specific targets, called epitopes, on the surfaces of antigens, like locks to keys. Scientists have, for so many years, exploited this selective tagging mechanism in natural antibodies to engineer antibody-based probes that let them purify and study different types of proteins within cells.
Researchers have discovered a way to make artificial cells interact with a wide range of chemicals It might be hard for so many to bake a cake from scratch, and another far-reaching story is constructing an artificial cell-like system from scratch.