Biomedical Engineering Reference
In-Depth Information
encapsulated with thermosensitive smart
polymer: core-shell nanoparticle carrier
and drug release response.
Acta
Biomaterialia
,
3
, 838 - 50 .
54
Chen , S. , Li , Y. , Guo , C. , Wang , J. , Ma ,
J.H. , Liang , X.F. , Yang , L. - R. and Liu ,
H. - Z. ( 2007 ) Temperature - responsive
magnetite/PEO - PPO - PEO block
copolymer nanoparticles for controlled
drug targeting delivery.
Langmuir
,
23
,
12669 - 76 .
55
Alarcon , C.H. , Pennadam , S. and
Alexander , C. ( 2005 ) Stimuli responsive
polymers for biomedical applications.
Chemical Society Reviews
,
34
, 276 - 85 .
56
Zhang , J.L. , Srivastava , R.S. and Misra ,
R.D.K. ( 2007 ) Core - shell magnetite
nanoparticles surface encapsulated with
smart stimuli - responsive polymer:
synthesis, characterization, and LCST of
viable drug-targeting delivery system.
Langmuir
,
23
, 6342 - 51 .
57
Fischer , D. , Bieber , T. , Li , Y. , Elsasser ,
H.P. and Kissel , T. ( 1999 ) A novel
non-viral vector for DNA delivery based
on low molecular weight, branched
polyethyleneimine: effect of molecular
weight on transfection effi ciency and
cytotoxicity .
Pharmaceutical Research
,
16
, 1273 - 9 .
58
Vestal , C.R. and Zhang , Z.J. ( 2002 )
Atom transfer radical polymerization
synthesis and magnetic characterization
of MnFe
2
O
4
/polystyrene core/shell
nanoparticles .
Journal of the American
Chemical Society
,
124
, 14312 - 13 .
59
Wang , Y. , Teng , X.W. , Wang , J.S. and
Yang , H. ( 2003 ) Solvent - free atom
transfer radical polymerization in the
synthesis of Fe
2
O
3
@ polystyrene
core - shell nanoparticles .
Nano Letters
,
3
, 789 - 93 .
60
Garcia , I. , Tercjak , A. , Zafeiropoulos ,
N.E. , Stamm , M. and Mondragon , I.
(2007) Generation of core/shell iron
oxide magnetic nanoparticles with
polystyrene brushes by atom transfer
radical polymerization.
Journal of
Polymer Science Part A: Polymer
Chemistry
,
45
, 4744 - 50 .
61
Marutani , E. , Yamamoto , S. , Ninjbadgar ,
T. , Tsujii , Y. , Fukuda , T. and Takano , M.
( 2004 ) Surface - initiated atom transfer
radical polymerization of methyl
methacrylate on magnetite nanoparticles.
Polymer
,
45
, 2231 - 5 .
62
Garcia , I. , Zafeiropoulos , N.E. , Janke , A. ,
Tercjak , A. , Eceiza , A. , Stamm , M. and
Mondragon , I. ( 2007 ) Functionalization
of iron oxide magnetic nanoparticles
with poly(methyl methacrylate) brushes
via grafting-from atom transfer radical
polymerization .
Journal of Polymer
Science Part A: Polymer Chemistry
,
45
,
925 - 32 .
63
Hu , F.X. , Neoh , K.G. , Cen , L. and Kang ,
E. - T. ( 2006 ) Cellular response to
magnetic nanoparticles “ PEGylated ” via
surface-initiated atom transfer radical
polymerization .
Biomacromolecules
,
7
,
809 - 16 .
64
Fan , Q.L. , Neoh , K.G. , Kang , E. - T. ,
Shuter , B. and Wang , S. - C. ( 2007 )
Solvent - free atom transfer radical
polymerization for the preparation of
poly(poly(ethyleneglycol)
monomethacrylate) - grafted Fe
3
O
4
nanoparticles: synthesis, characterization
and cellular uptake.
Biomaterials
,
28
,
5426 - 36 .
65
Lattuada , M. and Hatton , T.A. ( 2007 )
Functionalization of monodisperse
magnetic nanoparticles.
Langmuir
,
23
,
2158 - 68 .
66
Wuang , S.C. , Neoh , K.G. , Kang , E. - T. ,
Pack , D.W. and Leckband , D.E. ( 2006 )
Heparinized magnetic nanoparticles:
in-vitro assessment for biomedical
applications .
Advanced Functional
Materials
,
16
, 1723 - 30 .
67
Frimpong , R.A. and Hilt , J.Z. ( 2008 )
Poly(
N
- isopropylacrylamide) - based
hydrogel coatings on magnetite
nanoparticles via atom transfer radical
polymerization .
Nanotechnology
,
19
,
175101 - 7 .
68
Chen , F.H. , Gao , Q. , Hong , G.Y. and Ni ,
J.Z. ( 2008 ) Synthesis of magnetite
core-shell nanoparticles by surface-
initiated ring - opening polymerization of
L - lactide .
Journal of Magnetism and
Magnetic Materials
,
320
, 1921 - 7 .
69
Duran , J.D. , Arias , J.L. , Gallardo , V. and
Delgado , A.V. ( 2008 ) Magnetic colloids
as drug vehicles.
Journal of
Pharmaceutical Sciences
,
97
, 2948 - 83 .
