Biomedical Engineering Reference
In-Depth Information
and J é r ô me , C. ( 2008 ) Magnetic
nanoparticles coated by temperature
responsive copolymers for hyperthermia.
Journal of Materials Chemistry
,
18
,
3352 - 60 .
204
Zhang , B. , Cheng , J. , Gong , X. , Dong ,
X. , Liu , X. , Ma , G. and Chang , J. ( 2008 )
Facile fabrication of multi-colors high
fl uorescent/superparamagnetic
nanoparticles .
Journal of Colloid and
Interface Science
,
322
, 485 - 90 .
205
Yang , X. , Chen , Y. , Yuan , R. , Chen , G. ,
Blanco , E. , Gao , J. and Shuai , X. ( 2008 )
Folate - Encoded and Fe
3
O
4
- loaded
polymeric micelles for dual targeting of
cancer cells.
Polymer
,
49
, 3477 - 85 .
206
Sun , H. , Yu , J. , Gong , P. , Xu , D. , Hong ,
J. , Zhang , C. and Yao , S. ( 2006 ) Novel
core - shell magnetic nanogels
synthesized in an emulsion-free aqueous
system under UV irradiation for
potential targeted radiopharmaceutical
applications .
International Journal of
Nanoscience
,
5
, 253 - 8 .
207
Makhluf , S.B. - D. , Qasem , R. ,
Rubinstein , S. , Gedanken , A. and
Breitbart , H. ( 2006 ) Loading magnetic
nanoparticles into sperm cells does not
affect their functionality.
Langmuir
,
22
,
9480 - 2 .
208
Sheparovych , R. , Sahoo , Y. , Motornov ,
M. , Wang , S. , Luo , H. , Prasad , P.N. ,
Sokolov , I. and Minko , S. ( 2006 )
Polyelectrolyte stabilized nanowires from
Fe
3
O
4
nanoparticles via magnetic fi eld
induced self - assembly .
Chemistry of
Materials
,
18
, 591 - 3 .
209
Korth , B.D. , Keng , P. , Shim , I. , Bowles ,
S.E. , Tang , C. , Kowalewski , T. , Nebesny ,
K.W. and Pyun , J. ( 2006 ) Polymer - coated
ferromagnetic colloids from well - defi ned
macromolecular surfactants and
assembly into nanoparticle chains.
Journal of the American Chemical Society
,
128
, 6562 - 3 .
210
Shamim , N. , Hong , L. , Hidajat , K. and
Uddin , M.S. ( 2006 ) Thermosensitive -
polymer - coated magnetic nanoparticles
adsorption and desorption of bovine
serum albumin.
Journal of Colloid and
Interface Science
,
304
, 1 - 8 .
211
Hu , F.X. , Neoh , K.G. and Kang , E.T.
(2006) Synthesis and in vitro anti-cancer
evaluation of tamoxifen-loaded
magnetite/PLLA composite
nanoparticles .
Biomaterials
,
27
, 5725 - 33 .
212
Bowles , S.E. , Wu , W. , Kowalewski , T. ,
Schalnat , M.C. , Davis , R.J. , Pemberton ,
J.E. , Shim , I. , Korth , B.D. and Pyun , J.
(2007) Magnetic assembly and pyrolysis
of functional ferromagnetic colloids into
one - dimensional carbon nanostructures .
Journal of the American Chemical Society
,
129
, 8694 - 5 .
213
Sayar , F. , G ü ven , G. and Pi ¸ kin , E.
( 2006 ) Magnetically loaded poly(methyl
methacrylate -
co
- acrylic acid) nano -
particles .
Colloid and Polymer Science
,
284
, 965 - 78 .
214
Lu , S. , Ramos , J. and Forcada , J. ( 2007 )
Self - stabilized and magnetic polymeric
composite nanoparticles by emulsifi er-
free miniemulsion polymerization.
Langmuir
,
23
, 12893 - 900 .
215
Shin , S. and Jang , J. ( 2007 ) Thiol
containing polymer encapsulated
magnetic nanoparticles as reusable and
effi ciently separable adsorbent for heavy
metal ions.
Chemistry Communications
,
41
, 4230 - 2 .
216
Zhang , Q. , Thompson , M.S. ,
Carmichael - Baranauskas , A.Y. , Caba ,
B.L. , Zalich , M.A. , Lin , Y. - N. , Mefford ,
O.T. , Davis , R.M. and Riffl e , J.S. ( 2007 )
Aqueous dispersions of magnetite
nanoparticles complexed with
copolyether dispersants: experiments
and theory.
Langmuir
,
23
, 6927 - 36 .
217
Wang , 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 .
218
Ding , H. , Liu , X. - M. , Wan , M. and Fu ,
S. - Y. ( 2008 ) Electromagnetic
functionalized cage - like polyaniline
composite nanostructures.
The Journal of
Physical Chemistry B
,
112
, 9289 - 94 .
219
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,
