Biomedical Engineering Reference
In-Depth Information
12 Latham , A.H. , Freitas , R.S. , Schiffer , P.
and Williams , M.E. ( 2005 ) Capillary
magnetic fi eld fl ow fractionation and
analysis of magnetic nanoparticles.
Analytical Chemistry , 77 , 5055 - 62 .
13 Latham , A.H. , Tarpara , A.N. and
Williams , M.E. ( 2007 ) Magnetic fi eld
switching of nanoparticles between
orthogonal microfl uidic channels.
Analytical Chemistry , 79 , 5746 - 52 .
14 Pamme , N. and Manz , A. ( 2004 ) On - chip
and free - fl ow magnetophoresis:
continuous fl ow separation of magnetic
particles and agglomerates. Analytical
Chemistry , 76 , 7250 - 6 .
15 Pamme , N. ( 2006 ) Magnetism and
microfl uidics. Lab on a Chip , 6 , 24 - 38 .
16 Gijs , M.A.M. ( 2004 ) Magnetic bead
handling on-chip: new opportunities for
analytical applications. Microfl uid
Nanofl uid , 1 , 22 - 40 .
17 Roca , A.G. , Morales , M.P. , O ' Grady , K.
and Serna , C.J. ( 2006 ) Structural and
magnetic properties of uniform
magnetite nanoparticles prepared by
high temperature decomposition of
organic precursors. Nanotechnology , 17 ,
2783 - 8 .
18 Chan , D.C.F. , Kirpotin , D.B. and Bunn ,
P.A. ( 1993 ) Synthesis and evaluation of
colloidal magnetic iron oxides for the
site - specifi c radiofrequency - induced
hyperthermia of cancer. Journal of
Magnetism and Magnetic Materials , 122 ,
374 - 8 .
19 Veiseh , O. , Sun , C. , Gunn , J. , Kohler , N. ,
Gabikian , P. , Lee , D. , Bhattarai , N. ,
Ellenbogen , R. , Sze , R. , Hallahan , A. ,
Olson , J. and Zhang , M. ( 2005 ) Optical
and MRI multifunctional nanoprobe for
targeting gliomas. Nano Letters , 5 ,
1003 - 8 .
20 Huh , Y.M. , Jun , Y.W. , Song , H.T. , Kim ,
S. , Choi , J.S. , Lee , J.H. , Yoon , S. , Kim ,
K.S. , Shin , J.S. , Suh , J.S. and Cheon , J.
(2005) In vivo magnetic resonance
detection of cancer by using
multifunctional magnetic nanocrystals.
Journal of the American Chemical Society ,
127 , 12387 - 91 .
21 Woo , K. , Hong , J. , Choi , S. , Lee , H.W. ,
Ahn , J.P. , Kim , C.S. and Lee , S.W.
(2004) Easy synthesis and magnetic
properties of iron oxide nanoparticles.
Chemistry of Materials , 16 , 2814 - 18 .
22 Sun , S. , Murray , C.B. , Weller , D. , Folks ,
L. and Moser , A. ( 2000 ) Mondisperse
FePt nanoparticles and ferromagnetic
FePt nanocrystal superlattices. Science ,
287 , 1989 - 92 .
23 Sun , S. and Zeng , H. ( 2002 ) Size -
controlled synthesis of magnetite
nanocrystals . Journal of the American
Chemical Society , 124 , 8204 - 5 .
24 Hyeon , T. , Lee , S.S. , Park , J. , Chung , Y.
and Na , H.B. ( 2001 ) Synthesis of highly
crystalline and monodisperse maghemite
nanoparticles without a size-selection
process . Journal of the American Chemical
Society , 123 , 12798 - 801 .
25 Sun , S. , Zeng , H. , Robinson , D.B. ,
Raoux , S. , Rice , P.M. , Wang , S.X. and Li ,
G. ( 2004 ) Monodisperse MFe 2 O 4 (M = Fe,
Co, Mn) nanoparticles. Journal of the
American Chemical Society , 126 , 273 - 9 .
26 Park , J. , An , K. , Hwang , Y. , Park , J.G. ,
Noh , H.J. , Kim , J.Y. , Park , J.H. , Hwang ,
N.M. and Hyeon , T. ( 2004 ) Ultra - large -
scale syntheses of monodisperse
nanocrystals . Nature Materials , 3 , 891 - 5 .
27 Hyeon , T. , Chung , Y. , Park , J. , Lee , S.S. ,
Kim , Y.W. and Park , B.H. ( 2002 )
Synthesis of highly crystalline and
monodisperse cobalt ferrite nanocrystals.
The Journal of Physical Chemistry B , 106 ,
6831 - 3 .
28 Frens , G. ( 1973 ) Controlled nucleation
for the regulation of the particle size in
monodisperse gold suspensions. Nature ,
241 , 20 - 2 .
29 Brust , M. , Walker , M. , Bethell , D. ,
Schiffrin , D.J. and Whyman , R. ( 1994 )
Synthesis of thiol - derivatized gold
nanoparticles in a two-phase liquid-
liquid system . Journal of the Chemical
Society D: Chemical Communications ,
801 - 2 .
30 Neveu , S. , Bee , A. , Robineau , M.
and Talbot , D. ( 2002 ) Size - selective
chemical synthesis of tartrate stabilized
cobalt ferrite ionic magnetic fl uid.
Journal of Colloid and Interface Science ,
255 , 293 - 8 .
31 Kang , Y.S. , Risbud , S. , Rabolt , J.F. and
Stroeve , P. ( 1996 ) Synthesis and
characterization of nanometer-size Fe 3 O 4
Search WWH ::




Custom Search