Biomedical Engineering Reference
In-Depth Information
oxide nanoparticles post internalization.
Biomaterials
,
25
, 5405 - 13 .
21
Zhai , Y. , Wang , X. , Wang , X. , Xie , H.
and Gu and H. ( 2008 ) Acute toxicity and
irritation of water- based dextran - coated
magnetic fl uid injected in Mice.
Journal
of Biomedical Materials Research A
,
85
A,
582 - 7 .
22
Mail ä nder , V. , Lorenz , M.R. , Holzapfel ,
V. , Musyanovych , A. , Fuchs , K. ,
Wiesneth , M. , Walther , P. , Landfester , K.
and Schrezenmeier , H. ( 2008 )
Carboxylated superparamagnetic iron
oxide particles label cells intracellularly
without transfection agents.
Molecular
Imaging and Biology
,
10
, 138 - 46 .
23
Wilhelm , C. and Gazeau , F. ( 2008 )
Universal cell labelling with anionic
magnetic nanoparticles.
Biomaterials
,
29
,
3161 - 74 .
24
Derfus , A.M. , Maltzahn , G. , Harris , T.J. ,
Duza , T. , Vecchio , K.S. , Ruoslahti , E.
and Bhatia , S.N. ( 2007 ) Remotely
triggered release from magnetic
nanoparticles .
Advanced Materials
,
19
,
3932 - 6 .
25
Kim , D.K. , Mikhaylova , M. , Wang , F.H. ,
Kehr , J. , Bjelke , B. , Zhang , Y. ,
Tsakalakos , T. and Muhammed , M.
( 2003 ) Starch - coated superparamagnetic
nanoparticles as MR contrast agents.
Chemistry of Materials
,
15
, 4343 - 51 .
26
Chertok , B. , Moffat , B.A. , David , A.E. ,
Yu , F. , Bergemann , C. , Ross , B.D. and
Yang , V.C. ( 2008 ) Iron oxide
nanoparticles as a drug delivery vehicle
for MRI monitored magnetic targeting
of brain tumors.
Biomaterials
,
29
,
487 - 96 .
27
Lubbe , A.S. , Bergemann , C. , Huhnt , W. ,
Fricke , T. , Riess , H. , Brock , J.W. and
Huhn , D. ( 1996 ) Preclinical experiences
with magnetic drug targeting: tolerance
and effi cacy.
Cancer Research
,
56
,
4694 - 701 .
28
Lubbe , A.S. , Bergemann , C. , Riess , H. ,
Schriever , F. , Reichardt , P. , Possinger ,
K. , Matthias , M. , Dorken , B. , Herrmann ,
F. , Gurtler , R. , Hohenberger , P. , Hass ,
N. , Sohr , R. , Sander , B. , Lemke , A. - J. ,
Ohlendorf , D. , Huhnt , W. and Huhn , D.
( 1996 ) Clinical experiences with
magnetic drug targeting: a phase I study
with 40-epidoxorubicin in 14 patients
with advanced solid tumors.
Cancer
Research
,
56
, 4686 - 93 .
29
Wan , S.R. , Huang , J.S. , Yan , H.S. and
Liu , K.L. ( 2006 ) Size - controlled
preparation of magnetite nanoparticles
in the presence of graft copolymers.
Journal of Materials Chemistry
,
16
,
298 - 303 .
30
Lutz , J. - F. , Stiller , S. , Hoth , A. , Kaufner ,
L. , Pison , U. and Cartier , R. ( 2006 )
One - pot synthesis of PEGylated
ultrasmall iron-oxide nanoparticles and
their in vivo evaluation as magnetic
resonance imaging contrast agents.
Biomacromolecules
,
7
, 3132 - 8 .
31
Lee , H. , Lee , E. , Kim , D.K. , Jang , N.K. ,
Jeong , Y.Y. and Jon , S. ( 2006 )
Antibiofouling polymer - coated
superparamagnetic iron oxide
nanoparticles as potential magnetic
resonance contrast agents for in vivo
cancer imaging.
Journal of the American
Chemical Society
,
128
, 7383 - 9 .
32
Jon , S.Y. , Seong , J.H. , Khademhosseini ,
A. , Tran , T.N.T. , Laibinis , P.E. and
Langer , R. ( 2003 ) Construction of
nonbiofouling surfaces by polymeric
self - assembled monolayers .
Langmuir
,
19
, 9989 - 93 .
33
Cai , W. and Wan , J. ( 2007 ) Facile
synthesis of superparamagnetic
magnetite nanoparticles in liquid
polyols .
Journal of Colloid and Interface
Science
,
305
, 366 - 70 .
34
Wan , J. , Cai , W. , Meng , X. and Liu , E.
( 2007 ) Monodisperse water - soluble
magnetite nanoparticles prepared by
polyol process for high-performance
magnetic resonance imaging.
Chemical
Communications (Cambridge, England)
,
47
, 5004 - 6 .
35
Xie , J. , Chen , K. , Lee , H. - Y. , Xu , C. , Hsu ,
A.R. , Peng , S. , Chen , X. and Sun , S.
( 2008 ) Ultrasmall c(RGDyK) - coated
Fe
3
O
4
nanoparticles and their specifi c
targeting to integrin alpha(v)beta3 - rich
tumor cells.
Journal of the American
Chemical Society
,
130
, 7542 - 3 .
36
Petri - Fink , A. , Chastellain , M. , Juillerat -
Jeanneret , L. , Ferraria , A. and Hofmann ,
H. ( 2005 ) Development of functionalized
superparamagnetic iron oxide