Cardiology

The birth of new cardiac cells

Recent research has shown that there are new cells that develop in the heart, but how these cardiac cells are born and how frequently they are generated remains unclear. In new research from Brigham and Women's Hospital (BWH), ...

Neuroscience

Calcium reveals connections between neurons

A team led by MIT neuroscientists has developed a way to monitor how brain cells coordinate with each other to control specific behaviors, such as initiating movement or detecting an odor.

Neuroscience

Learning requires rhythmical activity of neurons

The hippocampus represents an important brain structure for learning. Scientists at the Max Planck Institute of Psychiatry in Munich discovered how it filters electrical neuronal signals through an input and output control, ...

Medical research

Study identifies blood-forming stem cells' growth

Scientists with the new Children's Research Institute at UT Southwestern Medical Center have identified the environment in which blood-forming stem cells survive and thrive within the body, an important step toward increasing ...

Medical research

New fluorescent dyes highlight neuronal activity

Researchers at the University of California, San Diego School of Medicine have created a new generation of fast-acting fluorescent dyes that optically highlight electrical activity in neuronal membranes. The work is published ...

Oncology & Cancer

Fluorescent dye pinpoints tiniest signs of oesophageal cancer

(Medical Xpress) -- A fluorescent dye that can be sprayed onto the oesophagus – the food pipe – could be used to detect oesophageal cancer earlier and spare patients unnecessary treatment, according to research ...

Medical research

Newly developed fluorescent protein makes internal organs visible

Researchers at Albert Einstein College of Medicine of Yeshiva University have developed the first fluorescent protein that enables scientists to clearly "see" the internal organs of living animals without the need for a scalpel ...

Genetics

Array pinpoints imprinted genes with potential links to disease

Researchers from North Carolina State University have developed an array that assesses methylation levels of genes located in imprint control regions (ICRs) within the human genome. The array represents a cost-effective, ...

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