Image: Graphic of a brain; Copyright:

Imaging technique maps serotonin activity in living brains


Serotonin is a neurotransmitter that's partly responsible for feelings of happiness and for mood regulation in humans. This makes it a common target for antidepressants, which block serotonin from being reabsorbed by neurons after it has dispatched its signal, so more of it stays floating around the brain.
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Image: Hybrid OR; Copyright: Philips GmbH

Hybrid Operating Room: The OR of the Future Today?


Patients take center stage during surgery. Their treatment should be as gentle and effective as possible, which is why there is a trend towards minimally invasive surgery (MIS). But minimal procedures require better supporting technologies. The hybrid operating room combines surgery and imaging systems and increasingly replaces conventional open surgery approaches with MIS.
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Image: surgery Copyright: Klinikum Weiden/private

Intraoperative imaging – added benefit or high-tech gadget?


Monitoring individual results during surgery with an angiography system? This is already an option in approximately 200 hospitals in Germany. Thanks to intraoperative imaging, major medical procedures can be replaced by minimally invasive surgery because physicians are able to monitor the results immediately. This is gentler on patients and decreases the number of subsequent revision surgeries.
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Image: girl in the MRI, physican besides; Copyright: Klinikum Dortmund/Dr. Lindel

MRI scan: Video projections help children overcome their fear


A beautiful field of flowers, a trip to the beach or a visit to the zoo. Children can experience all of these at the Clinical Center Dortmund in a 270- degree projection on the wall. The Center created a space that is designed to help its little patients overcome their fear of MRI scans.
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Photo: Male nurse slides an incubator into the MRI; Copyright: LMT Medical Systems GmbH

An incubator suitable for MRI scans


Every little thing can be a matter of life or death for premature babies. That is why the right diagnosis plays an extremely important role. This includes examining infants with an MRI scan. Until now, sliding premature babies into an MRI scanner without an incubator was only possible to a limited degree. Now this problem could be solved.
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Xenon magnetic resonance imaging: making pathological changes in the body visible


As an imaging procedure, magnetic resonance tomography has become essential in clinical practice, since it can easily make organs and tissue visible. However, until now abnormal cancer cells or small centers of inflammation remained almost invisible. Now cell biologists from Berlin, Germany, have succeeded in fixing this problem with xenon magnetic resonance imaging.
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Photo: Dr. Anna-Maria Liphardt

Laboratory in Space: Hot on the Trails of Cartilage Degradation


On November 10, 2014, astronaut Alexander Gerst will return to Earth from the International Space Station (ISS). He is not just anxiously expected by his family, but also by Dr. Anna-Maria Liphardt from the Institute of Biomechanics and Orthopedics at the German Sport University Cologne
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Photo: Nanodiamond

Nanodiamonds: "Our goal is not to be able to diagnose a specific disease, but to offer medicine a universal tool"


They are not just “a girl's best friend“, but are also important helpers in medicine: diamonds. Yet the latter are so tiny that they are not visible to the naked eye. Dr. Patrick Happel at the Ruhr University Bochum in Germany studies so-called nanodiamonds. Someday soon, they are supposed to help in significantly improving medical imaging.
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Photo: Researcher in the lab

"An MRI device the size of two to three shoeboxes could soon sit on your desk"


Magnetic resonance imaging (MRI) is a well-established procedure in clinical diagnostics. It creates a signal with millions of nuclear spins, which in turn is converted into images. Very large magnets are being used to align the nuclear spins. Researchers at the University Medical Center Freiburg study a new method that can do without expensive magnets.
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