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'Precess'
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Searchterm '
Precess
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T2*
T2* (also called
T2 Star
) is composed of molecular interactions (
spin spin relaxation
) and local
magnetic field
non-uniformities. Caused by this the protons
precess
at slightly different frequencies. The T2* effect cause a rapid loss in
coherence
and
transverse magnetization
. The
T2* time
is less than the
T2 time
.
See also
T2* Time
,
T2 Star
.
•
Related Searches:
•
Haemoglobin
•
T2 Star
•
T2 Relaxation
•
Gradient Echo
•
Out of Phase
Further Reading:
Basics:
IMAGE CONTRAST IN MRI
(.pdf)
by
www.assaftal.com
T2* cardiac MRI allows prediction of severe reperfusion injury after STEMI
Tuesday, 9 November 2010
by
www.medwire-news.md
Introduction to MRI Physics, Page 9
by
www.simplyphysics.com
News & More:
Scientists create imaging 'toolkit' to help identify new brain tumor drug targets
Tuesday, 2 February 2016
by
www.eurekalert.org
Resonance Health Limited (RHT.AX) Receives FDA Approval for MRI-Q Cardiac Iron T2* Test
Tuesday, 16 August 2011
by
www.biospace.com
MRI effectively measures hemochromatosis iron burden
Saturday, 3 October 2015
by
medicalxpress.com
Principles, Techniques, and Applications of T2*- based MR Imaging and Its Special Applications1
September 2009
by
pubs.rsna.org
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Anatomy
Transverse Magnetization
The xy component of the
net magnetization vector
at right angles to the main
magnetic field
. The
precess
ion
of the transverse
magnetization
at the
Larmor frequency
is responsible for the detectable
MRI
signal. In the absence of externally applied RF
energy
, the transverse
magnetization
will
decay
to zero with a characteristic time constant of T2, or more strictly
T2*
.
•
View the DATABASE results for '
Transverse Magnetization
' (43).
Further Reading:
Basics:
Measuring T1 and T2 Relaxation - Introductory NMR & MRI from Magritek
by
www.azom.com
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