Groundbreaking discoveries and inventions in the Life Sciences advancing Evidence Based Medicine
A new sequencing approach has been developed by scientists at KAUST that can be used to detect rare mutations in large groups of cells. The sequencing techniques currently being used lack…
Embryonic development starts when eggs are fertilized by sperm, and the resultant embryonic genome has half of its genes provided by the father and half from the mother, but the…
For the first time, researchers at Michigan State University have created a miniature human heart model in the laboratory that includes all the primary heart cell types, vascular tissue, and…
Lung cancer is the leading cause of cancer deaths worldwide and a diagnosis of the condition usually means a relatively poor outlook for patients. The cancer is usually only detected…
The CRISPR-Cas9 gene editing tool is showing great promise for correcting genetic defects, but one problem with this treatment is the speed at which the edits are made, which typically…
A team of researchers at the RCSI University of Medicine and Health Sciences demonstrated inhibition of microRNAs accelerates bone repair by enhancing the regenerative capacity of bone-forming cells. MicroRNAs are…
A team of researchers has corrected a recessive gene mutation that causes deafness and successfully restored hair cell sensory transduction in mice, giving them partial hearing. The treatment targeted the…
Image: Chatterjee et al, Nat. Commun, 2020 Certain cephalopods have the ability to become transparent and make their cells almost invisible, the opalescent inshore squid being one example. That impressive…
Researchers from Indiana University School of Medicine and Harvard Medical School have developed a method of growing human skin organoids that bear hairs entirely from human pluripotent stem cells. The…
Genetically modifying immune system cells to combat autoimmune diseases or attack cancer cells could one day be a powerful immunotherapy treatment option; however, attempts to edit cells in the innate…