Biomedical Engineering Reference
In-Depth Information
23
Neuwelt , E.A. , Varallyay , C.G. ,
Manninger , S.
et al.
( 2007 ) The potential
of ferumoxytol nanoparticle magnetic
resonance imaging, perfusion, and
angiography in central nervous system
malignancy: a pilot study.
Neurosurgery
,
60
, 601 - 11 .
24
Huh , Y.M. , Jun , Y.W. , Song , H.T.
et al.
(2005) In vivo magnetic resonance
detection of cancer by using
multifunctional magnetic nanocrystals.
Journal of the American Chemical Society
,
127
, 12387 - 91 .
25
Lyons , S.A. , O ' Neal , J. and Sontheimer ,
H. ( 2002 ) Chlorotoxin, a scorpion - derived
peptide, specifi cally binds to gliomas and
tumors of neuroectodermal origin.
Glia
,
39
, 162 - 73 .
26
Veiseh , M. , Gabikian , P. , Bahrami , S.B.
et al.
(2007) Tumor paint: a Chlorotoxin :
Cy5.5 bioconjugate for intraoperative
visualization of cancer foci.
Cancer
Research
,
67
, 6882 - 8 .
27
Deshane , J. , Garner , C.C. and
Sontheimer , H. ( 2003 ) Chlorotoxin
inhibits glioma cell invasion via matrix
metalloproteinase - 2 .
The Journal of
Biological Chemistry
,
278
, 4135 - 44 .
28
Veiseh , O. , Sun , C. , Gunn , J.
et al.
( 2005 )
Optical and MRI multifunctional
nanoprobe for targeting gliomas.
Nano
Letters
,
5
, 1003 - 8 .
29
Folkman , J. ( 1971 ) Tumor angiogenesis:
therapeutic implications.
The New England
Journal of Medicine
,
285
, 1182 - 6 .
30
Neri , D. and Bicknell , R. ( 2005 ) Tumour
vascular targeting.
Nature Reviews Cancer
,
5
, 436 - 46 .
31
Montet , X. , Montet - Abou , K. , Reynolds ,
F. , Weissleder , R. and Josephson , L.
(2006) Nanoparticle imaging of integrins
on tumor cells.
Neoplasia
,
8
, 214 - 22 .
32
Zhang , C.F. , Jugold , M. , Woenne , E.C.
et al.
( 2007 ) Specifi c targeting of tumor
angiogenesis by RGD-conjugated
ultrasmall superparamagnetic iron oxide
particles using a clinical 1.5-T magnetic
resonance scanner.
Cancer Research
,
67
,
1555 - 62 .
33
Siegal , T. , Horowitz , A. and Gabizon , A.
( 1995 ) Doxorubicin encapsulated in
sterically stabilized liposomes for the
treatment of a brain-tumor
Larsen , G. ( 2004 ) Electrically forced
coaxial nanojets for one-step hollow
nanofi ber design.
Journal of the American
Chemical Society
,
126
, 5376 - 7 .
14
Ma , D.L. , Guan , J.W. , Normandin , F.
et al.
( 2006 ) Multifunctional nano -
architecture for biomedical applications.
Chemistry of Materials
,
18
, 1920 - 7 .
15
Willard , M.A. , Kurihara , L.K. , Carpenter ,
E.E. , Calvin , S. and Harris , V.G. ( 2004 )
Chemically prepared magnetic
nanoparticles .
International Materials
Reviews
,
49
, 125 - 70 .
16
Lee , J.H. , Huh , Y.M. , Jun , Y.W.
et al.
( 2007 ) Artifi cially engineered magnetic
nanoparticles for ultra - sensitive molecular
imaging .
Nature Medicine
,
13
, 95 - 9 .
17
Caravan , P. , Ellison , J.J. , McMurry , T.J.
and Lauffer , R.B. ( 1999 ) Gadolinium(III)
chelates as MRI contrast agents:
structure, dynamics, and applications.
Chemical Reviews
,
99
, 2293 - 352 .
18
Wu , Y.J. , Muldoon , L.L. , Varallyay , C. ,
Markwardt , S. , Jones , R.E. and Neuwelt ,
E.A. ( 2007 ) In vivo leukocyte labeling with
intravenous ferumoxides/protamine
sulfate complex and
in vitro
characterization for cellular magnetic
resonance imaging.
American Journal of
Physiology - Cell Physiology
,
293
,
C 1698 - 708 .
19
Semelka , R.C. and Helmberger , T.K.
(2001) Contrast agents for MR imaging of
the liver.
Radiology
,
218
, 27 - 38 .
20
Harisinghani , M.G. , Barentsz , J. , Hahn ,
P.F.
et al.
( 2003 ) Noninvasive detection of
clinically occult lymph - node metastases in
prostate cancer.
New England Journal of
Medicine
,
348
, U 2491 - 5 .
21
Enochs , W.S. , Harsh , G. , Hochberg , F.
and Weissleder , R. ( 1999 ) Improved
delineation of human brain tumors on
MR images using a long-circulating,
superparamagnetic iron oxide agent.
Journal of Magnetic Resonance Imaging
,
9
,
228 - 32 .
22
Varallyay , P. , Nesbit , G. , Muldoon , L.L.
et al.
( 2002 ) Comparison of two
superparamagnetic viral-sized iron oxide
particles ferumoxides and ferumoxtran-10
with a gadolinium chelate in imaging
intracranial tumors.
American Journal of
Neuroradiology
,
23
, 510 - 19 .
