Tiny cell “antennas” may help explain why some babies are born with heart defects

A newly discovered communication system in the microscopic “antennae” of cells may help explain how some congenital heart defects develop. When genetic mutations disrupt this system, the effects may extend beyond the heart to organs including the brain, kidneys, and skeleton.

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Tiny cell “antennas” may help explain why some babies are born with heart defects

A newly discovered communication system in the microscopic “antennae” of cells may help explain how some congenital heart defects develop. When genetic mutations disrupt this system, the effects may extend beyond the heart to organs including the brain, kidneys, and skeleton.

Read More

Tiny cell “antennas” may help explain why some babies are born with heart defects

A newly discovered communication system in the microscopic “antennae” of cells may help explain how some congenital heart defects develop. When genetic mutations disrupt this system, the effects may extend beyond the heart to organs including the brain, kidneys, and skeleton.

Read More

Staff slept while patient killed at NHS mental health unit

Inquest hears how Rolando Torres-Pena, 22, was able to strangle and kill Hugo Flint-Cahan on a hospital ward in east London.

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Who really needs a heart calcium scan?

A 10-year study of more than 6,000 adults found that popular coronary calcium scans may add little to standard heart disease risk estimates for many people. But for patients with borderline or intermediate risk, the scans could make a meaningful difference by revealing who is actually more likely to develop heart disease.

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