Navigation Links
U of M researchers use improved imaging technique; discover a better approach to diagnosing epilepsy
Date:8/1/2011

MINNEAPOLIS / ST. PAUL (August 1, 2011) Using state-of-the-art, 7 Tesla magnetic resonance imaging (MRI) technology, University of Minnesota Medical School researchers may have uncovered a better approach to diagnosing epilepsy.

In the process, the team was able to cure eight patients of all epileptic symptoms.

Epilepsy, a neurological disorder causing repeated seizures or convulsions, impacts about one percent of the population, according to the National Institutes of Health (NIH). The most common type of epilepsy is temporal lobe epilepsy, caused by scarring inside the hippocampus, a major memory center of the brain. Many of these patients have severe memory problems, even in between seizures.

Using 7 Tesla MRI technology, a U of M research team led by University of Minnesota Physician neurologist Dr. Thomas Henry, scanned epileptic patients to capture extremely detailed images of their brain. (The strength of a magnetic field is measured in Tesla units. The higher the field strength, the more detailed the image acquired by MRI machines.)

While most standard clinical MRI machines have strength of 1.5 or 3 Tesla, the improved 7 Tesla technology allowed researchers to make highly-improved, detailed images of patients' brain tissue, especially the portion responsible for causing epilepsy.

The clearer MRI images allowed Henry and his colleagues to more accurately find scar tissue associated with temporal lobe epilepsy. Accurately locating this scarring is critical because if medications fail to control epileptic seizures, it's often possible for highly-trained neurosurgeons to remove scars from the brain in order to stop the seizures. The healthy parts of the brain left untouched, and actually begin to function better after seizures stop.

"There is huge potential here to improve patient care through improved approaches to magnetic resonance imaging," Henry said. "When you see how much clearer these 7 Tesla images are, compared with standard MRI, it's sort of like reading fine print with a magnifying glass versus the naked eye. The possibility of using 7 Tesla MRI to find brain lesions that were missed on current brain scans is likely to be very helpful in epilepsy and many other conditions."

Dr. Henry and his team conducted their research in the University of Minnesota's Center for Magnetic Resonance Research (CMRR), an interdisciplinary research laboratory that is home to the world's strongest imaging magnets and most sensitive scanners.

"Standard MRI technology is an effective way to diagnose epilepsy when it is caused by large lesions," said Henry. "We believe that by using 7 Tesla machines, which we have right at our fingertips on the University of Minnesota campus, we'll be able to treat a greater population of epileptic patients more effectively," said Henry.


'/>"/>

Contact: Kelly O'Connor
oconn246@umn.edu
612-624-5680
University of Minnesota
Source:Eurekalert

Related biology news :

1. RUB researchers decipher the molecular basis of blue-green algae
2. Researchers discover the mechanism that determines cell position in the intestinal epithelium
3. Caltech researchers increase the potency of HIV-battling proteins
4. Researchers tap yeasts as source of green surfactants
5. Lawson researchers take control of cancer
6. U researchers look to dogs to better understand intricacies of bone cancer
7. Penn researchers help graft olfactory receptors onto nanotubes
8. U of M researchers may have discovered key to help women fight infections during pregnancy
9. Behavior 2011 to draw global contingent of more than 1,100 animal researchers to IU next week
10. U of M researchers discover gene required to maintain male sex throughout life
11. Caltech researchers create the first artificial neural network out of DNA
Post Your Comments:
*Name:
*Comment:
*Email:
(Date:3/30/2017)...  On April 6-7, 2017, Sequencing.com will host the ... hackathon at Microsoft,s headquarters in Redmond, Washington ... developing health and wellness apps that provide a unique, ... is the first hackathon for personal genomics and ... in the genomics, tech and health industries are sending ...
(Date:3/30/2017)... , March 30, 2017 Trends, opportunities ... (physiological and behavioral), by technology (fingerprint, AFIS, iris recognition, ... recognition, and others), by end use industry (government and ... immigration, financial and banking, and others), and by region ... , Asia Pacific , and ...
(Date:3/28/2017)... India , March 28, 2017 ... IP, Biometrics), Hardware (Camera, Monitors, Servers, Storage Devices), Software ... Vertical, and Region - Global Forecast to 2022", published ... Billion in 2016 and is projected to reach USD ... between 2017 and 2022. The base year considered for ...
Breaking Biology News(10 mins):
(Date:4/20/2017)... ... April 20, 2017 , ... ... announced their strategic partnership to offer a full spectrum of digital security goods ... suite of biometric products and the ground-breaking proactive cybersecurity services and products through ...
(Date:4/20/2017)... ... 20, 2017 , ... NetDimensions appoints Bill Mastin, a learning technology veteran, as ... experience in the learning technologies industry, Mastin joins NetDimensions from the New York office ... (LTG). At LEO, Mastin served as SVP of the North America offices and prior ...
(Date:4/20/2017)... Minneapolis, MN and Bethesda, MD (PRWEB) , ... ... ... for Advancing Innovation announce the formation of a unique intellectual property (IP) sharing ... commercialization potential of their most promising inventions. A main component of this effort ...
(Date:4/19/2017)... , ... April 18, 2017 , ... ... and has been a key device for generating monodisperse droplets of known diameters ... processes and for generating monodisperse solid particles by drying monodisperse droplets. , ...
Breaking Biology Technology: