Baby's Birth Captured by MRI: Time Lapse Movie Inside Body of Woman in Labor
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Baby's Birth Captured by MRI: Time Lapse Movie Inside Body of Woman in Labor
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This is not your average birth video . German researchers have used Magnetic Resonance Imaging to peer inside a woman's body during labor, a medical first that sheds light on the birth process.
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Baby's Birth Captured by MRI: Time Lapse Movie Inside Body of Woman in Labor
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Baby's Birth Captured by MRI: Time Lapse Movie Inside Body of Woman in Labor
posted at 27/6/2012 7:19 PM BST
on bmj.com
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Posts: 311
First: 7/5/2009 Last: 2/4/2013 |
This is not your average birth video. German researchers have used Magnetic Resonance Imaging to peer inside a woman's body during labor, a medical first that sheds light on the birth process. The researchers, from Charité University Hospital in Berlin, created the 30-second movie using cinematic MRI, a technique that strings together snapshots from deep inside the body. "Knowledge about the mechanism of labor is based on assumptions and radiographic studies performed decades ago," the researchers wrote in their study, published in the June issue of the American Journal of Obstetrics & Gynecology.
http://abcnews.go.com/m/story?id=16660564 Read the article here
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Re: Baby's Birth Captured by MRI: Time Lapse Movie Inside Body of Woman in Labor
posted at 27/6/2012 7:43 PM BST
on bmj.com
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Re: Baby's Birth Captured by MRI: Time Lapse Movie Inside Body of Woman in Labor
posted at 27/6/2012 10:54 PM BST
on bmj.com
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Re: Baby's Birth Captured by MRI: Time Lapse Movie Inside Body of Woman in Labor
posted at 28/6/2012 10:34 PM BST
on bmj.com
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Posts: 322
First: 27/10/2011 Last: 24/5/2013 |
Here is a more direct link to the article and video. Looking at the imaging parameters, although it is a turbo spin echo sequence, it appears that the video is a probably a slightly accelerated ciné version of events, but supremely fascinating nonetheless. New technologies such as compressed sensing (which means that less k-space has to be filled in order to get a good final picture) may move us closer to real-time dynamic MRI, which could have significant implications in: labour (as above), pelvic floor dysfunction, joint mobility assessment, tracheobronchial disorders, sleep apneoa, swallowing dysfunction and more. Yes, yoram, we don't know much about the effects of magnetic fields in pregnancy and the newborn, but it is only a 1.0T magnet and so the flux will be relatively little. Main concerns are energy deposition and electric current induction, but these again will be very little from the low field strength.
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