Michael Rieger from Universitätsmedizin Frankfurt’s Department of Medicine II, has now molecularly decoded the ...

This is a microscopic image of human red blood cells infected with Malaria Parasite Plasmodium falciparum (blue), which kills half a million people in the developing world every year. Disclaimer ...

The researchers observed a stark contrast to patterns of human aging in blood. Mice maintain diverse blood stem cells throughout their lives, without the same collapse into a few dominant clones ...

Men who had given blood more than 100 times in their life were more likely to have blood cells carrying certain beneficial mutations, suggesting that donating blood promotes the growth of these cells ...

Image source: filin174/Adobe Scientists then ran lab experiments using genetically modified human blood stem cells to understand why this mutation was more common in frequent donors. They exposed ...

These data were used to reconstruct ‘family trees’ of blood production, gaining unprecedented insights into stem cell formation and evolution over life. The researchers observed a stark contrast to ...

Next, the team transplanted human stem cells with two types of mutations into mice some of which had blood removed. The mice also received EPO injections to mimic the stress associated with ...

A researcher succeeded developing highly accurate biometric authentication based on images ... human hands using a hyperspectral camera and AI-based region of interest. Hemoglobin contained in red ...

But not all human cells possess mitochondria! Although that may sound strange, human red blood cells are the most common cells lacking mitochondria. Other examples include tissues of the eyes ...

Additionally, the researchers found that while humans rely on a pool of 20,000 to 200,000 stem cells for blood production, mice have a surprisingly large number too—about 70,000 blood stem cells ...