Biomedical Engineering Reference
In-Depth Information
70
Jiang , W. , Kim , B.Y.S. , Rutka , J.T. and
Chan , W.C.W. ( 2008 ) Nanoparticle -
mediated cellular response is size-
dependent., Nature .
Nanotechnology
,
3
,
145 - 50 .
71
Liu , X. , Kaminski , M.D. , Chen , H. ,
Torno , M. , Taylor , L. and Rosengart , A.J.
(2007) Synthesis and characterization of
highly - magnetic biodegradable
poly(D,L - lactide -
co
- glycolide)
nanospheres .
Journal of Controlled
Release
,
119
, 52 - 8 .
72
Hamoudeh , M. , Al Faraj , A. , Canet -
Soulas , E. , Bessueille , F. , Leonard , D.
and Fessi , H. ( 2007 ) Elaboration of
PLLA - based superparamagnetic
nanoparticles: characterization, magnetic
behaviour study and in vitro relaxivity
evaluation .
International Journal of
Pharmaceutics
,
338
, 248 - 57 .
73
Wang , Y. , Ng , Y.W. , Chen , Y. , Shuter ,
B. , Yi , J. , Ding , J. , Wang , S. - C. and
Feng , S. - S. ( 2008 ) Formulation of
superparamagnetic iron oxides by
nanoparticles of biodegradable polymers
for magnetic resonance Imaging.
Advanced Functional Materials
,
18
,
308 - 18 .
74
Tromsdorf , U.I. , Bigall , N.C. , Kaul ,
M.G. , Bruns , O.T. , Nikolic , M.S. ,
Mollwitz , B. , Sperling , R.A. , Reimer , R. ,
Hohenberg , H. , Parak , W.J. , Forster , S. ,
Beisiegel , U. , Adam , G. and Weller , H.
(2007) Size and surface effects on the
MRI relaxivity of manganese ferrite
nanoparticle contrast agents.
Nano
Letters
,
7
, 2422 - 7 .
75
Kang , E. , Park , J. , Hwang , Y. , Kang , M. ,
Park , J. and Hyeon , T. ( 2004 ) Direct
synthesis of highly crystalline and
monodisperse manganese ferrite
nanocrystals .
The Journal of Physical
Chemistry B
,
108
, 13932 - 5 .
76
Galperin , A. and Margel , S. ( 2007 )
Synthesis and characterization of
radiopaque magnetic core - shell
nanoparticles for x - ray imaging
applications .
Journal of Biomedical
Materials Research. B - Applied
Biomaterials
,
83
B, 490 - 8 .
77
Holzapfel , V. , Lorenz , M. , Weiss , C.K. ,
Schrezenmeier , H. , Landfester , K. and
Mailaender , V. ( 2006 ) Synthesis and
biomedical applications of functionalized
fl uorescent and magnetic dual reporter
nanoparticles as obtained in the
miniemulsion process.
Journal of Physics:
Condensed Matter
,
18
, S 2581 - 94 .
78
Wuang , S.C. , Neoh , K.G. , Kang , E. - T. ,
Pack , D.W. and Leckband , D.E. ( 2007 )
Polypyrrole nanospheres with magnetic
and cell - targeting capabilities .
Macromolecular Rapid Communications
,
28
, 816 - 21 .
79
Wuang , S.C. , Neoh , K.G. , Kang , E. - T. ,
Pack , D.W. and Leckband , D.E. ( 2007 )
Synthesis and functionalization of
polypyrrole - Fe
3
O
4
nanoparticles for
applications in biomedicine.
Journal of
Materials Chemistry
,
17
, 3354 - 62 .
80
Wuang , S.C. , Neoh , K.G. , Kang , E. - T. ,
Pack , D.W. and Leckband , D.E. ( 2008 )
HER - 2 - mediated endocytosis of
magnetic nanospheres and the
implications in cell targeting and particle
magnetization .
Biomaterials
,
29
, 2270 - 9 .
81
Zelikin , A.N. , Lynn , D.M. , Farhadi , J. ,
Martin , I. , Shastri , V. and Langer , R.
(2002) Erodible conducting polymers for
potential biomedical applications,
Angewandte Chemie, International Edition
in English
,
41
, 141 - 4 .
82
Kotwal , A. and Schmidt , C.E. ( 2001 )
Electrical stimulation alters protein
adsorption and nerve cell interactions
with electrically conducting biomaterials.
Biomaterials
,
22
, 1055 - 64 .
83
Sanghvi , A.B. , Miller , K.P. - H. , Belcher ,
A.M. and Schmidt , C.E. ( 2005 )
Biomaterials functionalization using a
novel peptide that selectively binds to a
conducting polymer.
Nature Materials
,
4
,
496 - 502 .
84
Schmidt , C.E. , Shastri , V.R. , Vacanti , J.P.
and Langer , R. ( 1997 ) Stimulation of
neurite outgrowth using an electrically
conducting polymer.
Proceedings of the
National Academy of Sciences of the
United States of America
,
94
, 8948 - 53 .
85
Collier , J.H. , Camp , J.P. , Hudson , T.W.
and Schmidt , C.E. ( 2000 ) Synthesis and
characterization of polypyrrole/
hyaluronic acid composite biomaterials
for tissue engineering.
Journal of
Biomedical Materials Research
,
50
,
574 - 84 .
