UCSF researchers found that brain cells age more quickly when they rely solely on the X chromosome inherited from a female's ...

People with shorter telomeres, the protective caps at the end of chromosomes, inside their white blood cells may be more ...

The X contains more genes related to brain function than does any other chromosome. “The X chromosome may be a treasure trove ...

People with shorter telomeres, the protective caps at the end of chromosomes, inside their white ... a large population-based study drawing people from 22 health centers in the United Kingdom.

their memory and cognitive skills deteriorate faster than female mice that express both maternal and paternal X chromosomes. The discovery, which appears Jan. 22 in Nature, could explain the ...

Chromosomes 21, 16, 22, and 15 were found most frequently in 28.2%, 21.2%, 18.8%, and 18.8% of the 85 multiple aneuploidies, respectively. Sixteen (18.8%) of the 85 cases had at least one missing ...

The research demonstrated that variations in chromosome 22 may contribute to the individual severity of nonsyndromic bicuspid aortic valve disease and the risk for complications. Bicuspid aortic ...

Track and field moved toward adopting rules that would place athletes assigned female at birth but have higher testosterone ...

DiGeorge syndrome, a 22q11.2 deletion syndrome, is caused when a small portion of chromosome 22 is missing. The condition can occur in individuals born from a parent with the dominant contiguous ...

their memory and cognitive skills deteriorate faster than female mice that express both maternal and paternal X chromosomes. The discovery, which appears Jan. 22 in Nature, could explain the ...

their memory and cognitive skills deteriorate faster than female mice that express both maternal and paternal X chromosomes. The discovery, which appears Jan. 22 in Nature, could explain the variation ...