Page 115 - 79_01
P. 115
B.
Lizarbe
y
S.
Cerdán
74. Duarte,
J.M.,
et
al.(2012)
The
neurochemical
profile
quantified
by
in
vivo
1H
NMR
spectroscopy.
Neuroimage.
61(2):
p.
342--62.
75. Lei,
H.,
et
al.(2010)
Neurochemical
profile
of
the
mouse
hypothalamus
using
in
vivo
1H
MRS
at
14.1T.
NMR
Biomed.
23(6):
p.
578--83.
76. Cruz,
F.
and
S.
Cerdan(1999)
Quantitative
13C
NMR
studies
of
metabolic
compartmentation
in
the
adult
mammalian
brain.
NMR
Biomed.
12(7):
p.
451--62.
77. Gruetter,
R.,
et
al.(2003)
Localized
in
vivo
13C
NMR
spectroscopy
of
the
brain.
NMR
Biomed.
16(6--7):
p.
313--38.
78. Rodrigues,
T.B.,
et
al.(2009)
13C
NMR
tracers
in
neurochemistry:
implications
for
molecular
imaging.
Q
J
Nucl
Med
Mol
Imaging.
53(6):
p.
631--45.
79. Rothman,
D.L.,
et
al.(2003)
In
vivo
NMR
studies
of
the
glutamate
neurotransmitter
flux
and
neuroenergetics:
implications
for
brain
function.
Annu
Rev
Physiol.
65:
p.
401--27.
80. Violante,
I.R.,
et
al.(2009)
Cerebral
activation
by
fasting
induces
lactate
accumulation
in
the
hypothalamus.
Magn
Reson
Med.
62(2):
p.
279--83.
81. Paxinos,
G.,
Franklin,
K.,
The
Mouse
Brain
in
Stereotaxic
Coordinates2001,
New
York:
Academic
Press.
110