Science may one day give us a way to replace damaged and diseased parts of the body with artificial replacements – but ...

Researchers led by MIT have developed a ground-breaking method to control the growth of lab-grown blood vessels using ...

Artificial tissues can mimic muscle, liver, kidney and skin, but they still face a basic survival problem: cells need blood vessels. Without a dense vascular network, oxygen and nutrients cannot ...

Learn how mechanical stretching helped lab-grown vessels sprout and redirect new capillaries, a step toward keeping ...

Tissue engineers are finding ways to grow living organs and tissues from cells, with the aim of replacing diseased and ...

A team has developed a new tool that images blood flow through capillaries, detecting subtle changes in capillary organization for early diagnosis of disease. More than 40 billion capillaries -- tiny, ...

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Engineered human capillaries are providing an astounding view of how red blood cells transit ultra-small blood vessels. This new platform was used in a recent study to learn how severe malaria ...

Many diseases arise from abnormalities in our capillaries, tiny exquisitely branching blood vessel networks that play a critical role in tissue health. Researchers have learned a lot about the ...

More than 40 billion capillaries — tiny, hair-like blood vessels — are tasked with carrying oxygen and nutrients to the far reaches of the human body. But despite their sheer number and monumental ...