Jayata Sharma | 5 June, 2009 | 02:50 PM
Philips Healthcare has placed the first Achieva 3.0T TX magnetic resonance imaging (MRI) system into several hospitals around the world.
Philips
Healthcare
has
placed
the
first
Achieva
3.0T
TX
magnetic
resonance
imaging
(MRI)
system
into
several
hospitals
around
the
world.
The
scanner,
featuring
Philips’
MultiTransmit
technology
that
automatically
adjusts
the
RF
signal
to
a
specific
patient’s
anatomy,
has
recently
been
installed
at
Tokai
University
in
Tokyo,
Japan;
Bonn
University,
Bonn,
Germany
and
Fletcher
Allen
in
Burlington,
Vermont.
These
sites
will
utilise
the
Achieva
3.0T
TX
for
procedures
including
breast
MR,
spine
imaging
and
abdominal
cases.
“MultiTransmit
enables
3T
MRI
spine
examinations
to
be
done
approximately
30-40
per
cent
faster.
MultiTransmit
technology
provides
consistent
results
in
all
anatomies
since
challenges
of
imaging
at
high
field
are
now
addressed
at
the
source.
Even
in
patients
with
ascites,
MultiTransmit
provides
us
with
excellent
signal
uniformity,”
said
Dr
W
A
Willinek,
Bonn
University
Hospital.
Unveiled
at
RSNA
2008,
the
Achieva
3.0T
TX
enhances
image
quality,
provides
greater
scanning
speed
and
helps
ensure
lesser
retakes
through
increased
image
uniformity.
Capturing
the
correct
information
on
the
first
scan
in
a
shorter
amount
of
time
is
more
convenient
for
the
patient
and
increases
patient
throughput
potential
for
healthcare
providers.
The
scanner
also
provides
consistent
results
across
a
broad
range
of
clinical
applications
and
patient
sizes.
In
the
past,
3.0T
imaging
has
been
challenging
for
certain
clinical
procedures
due
to
dielectric
shading
effects
and
local
specific
absorption
rates
(SAR).
Philips’
new
proprietary,
MultiTransmit
technology
addresses
these
issues
at
the
source
with
multiple
RF
transmission
signals
that
automatically
adapt
to
each
patient’s
unique
anatomy.
As
a
result,
the
Achieva
3.0T
TX
delivers
superb
diagnostic
images
for
even
the
most
demanding
high-field
applications
like
breast
and
liver
imaging.
(philips
Achieva)
Add your comments to this article.