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GE Healthcare launches high definition MR in India
EPP News Bureau - Kolkata
GE Healthcare, a division of General Electric Company, launched in India the
High Definition Magnetic Resonance (HDMR) system. This breakthrough technology,
which was introduced in the US in December 2004, features five critical MR applications
that have been developed or co-developed by GEs engineering and scientific
teams located in Bangalore.
According to a release issued by the company, HDMR will, for the first time,
provide physicians with unprecedented image clarity in cases where patients
are difficult to image due to movement. This includes uncontrollable patient
motion due to Parkinsons disease, trauma, stroke, general restlessness,
anxiety and also paediatric patients who do not respond to sedation.
GE Healthcare is committed to bringing the latest healthcare technologies
to India. The launch of HDMR technology is yet another step towards achieving
GEs vision of personalised healthcare in India. By introducing this new
technology in the Indian market, we are responding to a critical need for both
clinicians and patients to provide better health care. As with Indias
first GE PET/CT installed at Tata Memorial Hospital, Mumbai in December 2004,
we expect HDMR to become a gold standard in MR examinations in our country,
said V Raja, president & CEO, GE Healthcare Technologies, South Asia.
HD technology paves the way for an extremely wide range of targeted
applications. This new MR technology now allows physicians to image patients
where it was previously impossible to consistently obtain diagnostic images,
said Raja. Looking towards the future, GE Healthcare is developing
disease-specific and patient-specific diagnostic systems optimising
imaging equipment and imaging agents to produce synergistic, unparalleled results
for patients, he added in the release.
The power of HD technology reaps meaningful rewards in my clinical
practices, said Dr Mike Bourne, Director of Radiology, University
Hospital of Wales, Cardiff and Vale NHS Trust, Cardiff, United Kingdom. Dedicated
high density coils facilitate throughput and enable high definition scanning
resulting in dramatic images reminiscent of those provided by HDTV. It provides
a cant miss quality in challenging circumstances.
A full cardiac function exam can be completed in just two minutes; the entire
liver of a large patient can now be scanned in a single breath-hold every time;
consistently excellent image quality can be obtained on uncooperative paediatric
patients without sedation or anaesthesia; imaging of both breasts in high resolution
can be completed in one patient visit; and high-resolution detail can now be
obtained from critical vessels of the foot.
This new GE technology dramatically improves MR imaging speed and
quality, allowing clinicians to obtain vast amounts of data in a short time
and perform MR studies that otherwise would be compromised, said
Giridhar Baliga, Business Manager, MR, GE Healthcare Technologies, South Asia.
According to recent studies, 25 to 30 percent of all head MR studies are compromised
by some amount of patient movement, which can impact patient diagnosis. However,
GEs exclusive HDMR technology, Propeller, provides uncompromised images
of the brain despite patient motion.
HDMR will make a real difference in patient diagnosis by providing
GE exclusive applications that enable physicians to consistently perform the
highly targeted studies theyve been wanting to do, but couldnt because
of patient motion or the challenge of imaging diabetic patients with lower blood
flow to the lower legs which if left untreated can even lead to amputation,
said Baliga.
GEs exclusive HDMR technology now enables five exclusive, targeted MR
applications with tremendous clinical benefits. All of these five unique, critical
applications are developed or co-developed by our engineering and scientist
teams located in Bangalore.
GE Healthcare provides transformational medical technologies that will shape
a new age of patient care. GE Healthcares expertise in medical imaging
and information technologies, medical diagnostics, patient monitoring systems,
disease research, drug discovery and biopharmaceuticals is dedicated to detecting
disease earlier and tailoring treatment for individual patients.
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