Some blood and immune disorders have origins during early human development. To treat these diseases effectively, we must understand what is occurring during normal development and how critical changes in cellular expansion could lead to disease. In adulthood, our blood and immune cells are made in... click to read more

The diploid human genome contains 23 pairs of chromosomes whose DNA encodes genes for life activities, such as cell division. Cancer corrupts those genes, making growth-promoting genes more active (oncogenes) or growth-inhibiting genes (tumor suppressors) less active. One of the most common genetic alterations causing... click to read more

Imagine the global threat of a potentially lethal virus, showing up in mainland China and rapidly spreading worldwide, for which no effective treatments or vaccines are available. A few months ago, this would have been nothing more than a book or a movie plot. Unfortunately, it... click to read more

If we took a blood sample from you and one from your elderly grandmother, could you tell which sample came from which person just by looking at the molecules in the blood? In our recent study published in Nature Medicine, we addressed this question and... click to read more

Alzheimer's disease (AD) is the most common form of dementia and has been long described as a disease of neurons. Although this is true (neurons are indeed sick and eventually die during AD), the events leading to this are numerous, and not all of them... click to read more