Now, a team led by Assistant Professor Yasuro Furuichi from Tokyo Metropolitan University have emerged with a key part of the puzzle. In previous work, they found that Musashi-2 (Msi2), a protein originally discovered in nerve cells, was also expressed in skeletal muscle tissue.
Researchers have investigated overlapping patterns of altered gene activity in two separate models of the 3q29 deletion syndrome, including human brain organoids and mice with the deletion produced via CRIPSR. Mitochondrial activity has declined in each of these systems.
By examining the strongest known genetic risk factor for schizophrenia, scientists at Rutgers University and Emory University are learning more about how the disease manifests.
The University of Virginia School of Medicine researchers have pinpointed a significant factor contributing to the chronic inflammation that hastens ageing. With the help of this discovery, we may be able to turn back the hands of time and live longer, healthier lives as well as ward off age
Researchers at the University of Virginia School of Medicine have identified a critical cause of chronic inflammation that accelerates ageing. This discovery could allow us to turn back the clock and live longer, healthier lives, as well as prevent age-related illnesses like lethal heart dis
Researchers from Tokyo Metropolitan University have shown that the amino acid 5-aminolevulinic acid (5-ALA) helps to restore deficiencies in Complex I (CI), the first of a series of protein complexes that transport electrons and support mitochondrial energization.
A new method by which parkin gene mutations cause family types of Parkinson's disease has been discovered by Northwestern Medicine researchers. According to researchers in a recent study, the discovery provides a fresh approach to Parkinson's treatment.
Tokyo Metropolitan University researchers discovered that 5-aminolevulinic acid (5-ALA) aids in the bypass of deficiencies in Complex I (CI), the first of a series of protein complexes that transport electrons and help power the mitochondria. They discovered that when fruit flies lacking the
Tokyo Metropolitan University researchers discovered that 5-aminolevulinic acid (5-ALA) aids in the repair of deficits in Complex I (CI), the first in a series of protein complexes that transport electrons and help energise the mitochondria.