Biomedical Engineering Reference
In-Depth Information
94
Miltenyi , S. , Muller , W. , Weichel , W.
and Radbruch , A. ( 1990 ) High - gradient
separation with MACS.
Cytometry
,
11
,
231 - 8 .
95
Huang , Y. , Mather , E.L. , Bell , J.L. and
Madou , M. ( 2002 ) MEMS - based sample
preparation for molecular diagnostics.
Analytical and Bioanalytical Chemistry
,
372
, 49 - 65 .
96
Karumanchi , R. , Doddamane , S.N. ,
Sampangi , C. and Todd , P.W. ( 2002 )
Field-assisted extraction of cells, particles
and macromolecules.
Trends in
Biotechnology
,
20
, 72 - 8 .
97
Inglis , D.W. , Riehn , R. , Austin , R.H. and
Sturm , J.C. ( 2004 ) Continuous
microfl uidic immunomagnetic cell
separation .
Applied Physics Letters
,
85
,
5093 - 5 .
98
Sonvico , F. , Dubernet , C. , Colombo , P.
and Couvreur , P. ( 2005 ) Metallic colloid
nanotechnology, applications in
diagnosis and therapeutics.
Current
Pharmaceutical Design
,
11
, 2091 - 105 .
99
Inglis , D.W. , Riehn , R. , Sturm , J.C. and
Austin , R.H. ( 2006 ) Microfl uidic high
gradient magnetic cell separation.
Journal of Applied Physics
,
99
, 08 K 101 .
100
Mattanovich , D. and Borth , N. ( 2006 )
Applications of cell sorting in
biotechnology.
Microbial Cell Factories
, 5 .
101
Pamme , N. and Wilhelm , C. ( 2006 )
Continuous sorting of magnetic cells via
on - chip free - fl ow magnetophoresis.
Lab
on a Chip
,
6
, 974 - 80 .
102
Chang , S.C. and Adriaens , P. ( 2007 )
Nano - immunodetection and
quantifi cation of mycobacteria in
metalworking fl uids.
Environmental
Engineering Science
,
24
, 58 - 72 .
103
Koschwanez , J.H. , Carlson , R.H. and
Meldrum , D.R. ( 2007 ) Easily fabricated
magnetic traps for single-cell
applications .
Review of Scientifi c
Instruments
,
78
, 044301 .
104
Lien , K.Y. , Lin , J.L. , Liu , C.Y. , Lei , H.Y.
and Lee , G.B. ( 2007 ) Purifi cation and
enrichment of virus samples utilizing
magnetic beads on a microfl uidic
system .
Lab on a Chip
,
7
, 868 - 75 .
105
Arakaki , A. , Nakazawa , H. , Nemoto , M. ,
Mori , T. and Matsunaga , T. ( 2008 )
Formation of magnetite by bacteria and
its application.
Journal of the Royal
Society, Interface
,
5
, 977 - 99 .
106
Kersaudy - Kerhoas , M. , Dhariwal , R. and
Desmulliez , M.P.Y. ( 2008 ) Recent
advances in microparticle continuous
separation.
IET Nanobiotechnology
,
2
,
1 - 13 .
107
Shih , P.H. , Shiu , J.Y. , Lin , P.C. , Lin ,
C.C. , Veres , T. and Chen , P. ( 2008 ) On
chip sorting of bacterial cells using
sugar - encapsulated magnetic
nanoparticles .
Journal of Applied Physics
,
103
, 07 A 316 .
108
Lee , W.C. , Lien , K.Y. , Lee , G.B. and Lei ,
H.Y. ( 2008 ) An integrated microfl uidic
system using magnetic beads for virus
detection .
Diagnostic Microbiology and
Infectious Disease
,
60
, 51 - 8 .
109
Chen , W. , Shen , H.B. , Li , X.Y. , Jia , N.Q.
and Xu , J.M. ( 2006 ) Synthesis of
immunomagnetic nanoparticles and
their application in the separation and
purifi cation of CD34(+) hematopoietic
stem cells.
Applied Surface Science
,
253
,
1762 - 9 .
110
Bao , J. , Chen , W. , Liu , T.T. , Zhu , Y.L. ,
Jin , P.Y. , Wang , L.Y. , Liu , J.F. , Wei , Y.G.
and Li , Y.D. ( 2007 ) Bifunctional
Au - Fe
3
O
4
nanoparticles for protein
separation.
ACS Nano
,
1
, 293 - 8 .
111
Wang , F. , Shen , H.B. , Feng , J. and Yang ,
H.F. ( 2006 ) PNA - modifi ed magnetic
nanoparticles and their hybridization
with single-stranded DNA target: surface
enhanced Raman scatterings study.
Microchimica Acta
,
153
, 15 - 20 .
112
Zhu , L.Z. , Yu , P.G. , Shen , H.B. , Jia ,
N.Q. , Long , D.H. and Zhou , H.Q. ( 2008 )
Extraction and detection of mRNA from
a single K562 cell based on the
functionalized superparamagnetic
nanoparticles .
Chinese Journal of
Chemistry
,
26
, 1041 - 4 .
113
Willner , I. , Cheglakov , Z. , Weizmann , Y.
and Sharon , E. ( 2008 ) Analysis of DNA
and single-base mutations using
magnetic particles for purifi cation,
amplifi cation and DNAzyme detection.
Analyst
,
133
, 923 - 7 .
114
Yantasee , W. , Lin , Y. , Hongsirikarn , K. ,
Fryxell , G.E. , Addleman , R. and
Timchalk , C. ( 2007 ) Electrochemical
sensors for the detection of lead and