Sample
Pretreatment and Detection
Related
Articles:
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33
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Yoo
Min Park, Juhwan Park, Sun Young Lim, Yeji Kwon, Nam Ho Bae, Je-Kyun Park, Seok Jae Lee,
"Integrated pumpless microfluidic chip for the detection of foodborne pathogens
by polymerase chain reaction and electrochemical analysis," Sens. Actuators B Chem., in press (2021).
The first two authors
contributed equally to this work.
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32
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Juhwan Park, Hwisoo
Kim, Je-Kyun Park, "Microfluidic channel-integrated hanging drop array
chip operated by pushbuttons for spheroid culture and analysis," Analyst, 145
(21), 6974-6980 (2020). 
 Supporting
Info. (pdf, 349 KB), Movie
1 (MP4, 273 KB)
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31
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Juhwan Park, Dong
Hyun Han, Sang-Hyun Hwang, Je-Kyun Park, "Reciprocating flow-assisted
nucleic acid purification using a finger-actuated microfluidic device," Lab
Chip, 20
(18),
3346-3353 (2020).
The first two authors
contributed equally to this work.
Supporting
Info. Movie
1 (MP4, 2535 KB), Movie
2 (MP4, 2829 KB)
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30
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Chi Hyun Kim, Juhwan
Park, Soo Jee Kim, Dae-Hyun Ko, Song Ha Lee, Seok Jae Lee, Je-Kyun Park, Moon-Keun Lee, "On-site extraction
and purification of bacterial nucleic acids from blood samples using an unpowered
microfluidic device," Sens. Actuators B Chem., 320,
128346 (2020).
The first two authors
contributed equally to this work.
Supporting
Info. (docx, 44 KB)
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29
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Younggeun
Jo, Juhwan Park, Je-Kyun Park,
"Colorimetric
detection of Escherichia coli O157:H7 with signal enhancement
using size-based filtration on a finger-powered microfluidic device," Sensors,
20 (8) 2267 (2020).
OPEN ACCESS
The first two authors
contributed equally to this work.
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28
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Inside
Back Cover of Lab on a Chip (Issue 7, 2020):
Critical
review of user-friendly microfluidic devices towards practical sample
preparation in point-of-care-testing, which can facilitate mixing
of multiple reagents, effective reaction between biomolecules, separation
of target particles, and compartmentalization for high-throughput
or digital analysis.
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27
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Juhwan Park, Dong
Hyun Han, Je-Kyun
Park, "Towards practical sample preparation in point-of-care testing: user-friendly
microfluidic devices,"
Lab
Chip, 20 (7), 1191-1203 (2020).
Critical
Review
Featured on the Inside
Back Cover
Article
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26
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Juhwan Park, Je-Kyun
Park, "Finger-actuated microfluidic display for smart blood typing,"
Anal. Chem., 91
(18), 11636-11642 (2019).
Supporting
Info. (pdf, 1.32 MB),
Movie
(MP4, 2.12 MB)
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25
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Juhwan Park,
Hyewon
Roh, Je-Kyun Park, "Finger-actuated microfluidic concentration
gradient generator compatible with a microplate," Micromachines,
10
(3), 174 (2019).
OPEN ACCESS
The first two authors
contributed equally to this work.
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24
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Seonhee Lee, Juhwan Park, Je-Kyun Park, "Foldable
paper-based analytical device for the detection of an acetylcholinesterase
inhibitor using an angle-based readout," Sens. Actuators B Chem.,
273, 322-327 (2018).
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23
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Juhwan
Park, Je-Kyun Park,
"Finger-actuated microfluidic
device for the blood-cross matching test,"
Lab Chip,
18 (8), 1215-1222 (2018).
Supporting
Info. (pdf, 526 KB)
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22
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Joong
Ho Shin, Jisoo Hong, Hyeyun Go, Juhwan Park, Minsuk Kong, Sangryeol
Ryu, Kwang-Pyo Kim, Eunjung Roh, Je-Kyun Park, "Multiplexed
detection of foodborne pathogens from contaminated lettuces using
a handheld multistep lateral flow assay device," J. Agric.
Food Chem., 66 (1), 290-297 (2018).
The first two authors
contributed equally to this work.
Supporting
Info. (pdf, 194.55 KB)
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21
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GwangSik Park, Dongsik Han, GwangSu Kim, Seungwoo Shin,
Kyoohyun Kim, Je-Kyun Park, YongKeun Park,
"Visualization and label-free quantification of microfluidic
mixing using quantitative phase imaging," Appl.
Optics, 56 (22), 6341-6347 (2017).
The first
three authors contributed equally to this work.
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20
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Jae Hoon Oh, Moon
Kyoo Park, Seong Wook Kim, Je-Kyun Park, "A
fully automated analyzer for multiple detection of allergen-specific immunoglobulin
E," Anal.
Methods, 7
(20), 8889-8895 (2015).
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19
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Do-Hyun Lee, Miran Jang, Je-Kyun Park, "Rapid one-step purification of
single-cells encapsulated in alginate microcapsules from oil to aqueous phase
using a hydrophobic filter paper: Implications for single-cell experiments," Biotechnol.
J., 9 (10), 1233-1240 (2014).
Supporting
Info. (pdf, 361 KB)
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18
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Jung
Kim, Seyong Kwon, Je-Kyun Park, Inkyu Park, "Quantum dot-based immunoassay
enhanced by high-density vertical ZnO nanowire array," Biosens. Bioelectron., 55,
209-215 (2014).
The first two authors contributed equally to this
work
Supporting
Info. (docx, 3,133 KB)
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17
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Dae-Sik
Lee, Byoung Gu Jeon, Chunhwa Ihm, Je-Kyun Park, Mun Yeon Jung, "A simple
and smart telemedicine device for developing regions: a pocket-sized colorimetric
reader," Lab Chip, 11 (1), 120-126 (2011).
Supporting
Info. (pdf, 331 KB) and Movie
(wmv, 17.9 MB)
Lab
on a Chip Blog: Medicine gets smart (2010. 11. 26)
Selected
for Vir. J. Bio. Phys. Res. (2010)/ Volume 20 / Issue 12 / INSTRUMENTATION
DEVELOPMENT (2010. 12. 15)
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16
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Sungyoung
Choi, Myung Gwon Lee, Je-Kyun Park,
"Microfluidic parallel circuit for measurement of
hydraulic resistance,"
Biomicrofluidics, 4 (3),
034110
(2010).
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15
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Sungyoung
Choi, Je-Kyun Park, "Microfluidic
rheometer for characterization of protein unfolding and aggregation in microflows," Small,
6 (12), 1306-1310 (2010).
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14
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Jaeduck Jang, Chae
Yun Bae, Je-Kyun Park, Jong
Chul Ye, "Self-reference quantitative phase microscopy for
microfluidic devices,"
Opt. Lett.,
35 (4), 514-516 (2010).
Selected
for Vir. J. Biomed. Opt. (2010)/ Volume 5 / Issue 5 / Microfluidics
and Nanofluidics
Selected
for Vir. J. Bio. Phys. Res. (2010)/ Volume 19 / Issue 6 / INSTRUMENTATION DEVELOPMENT
(2010. 3. 15)
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13
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Sungyoung
Choi, Seung-Hoon Kim, Je-Kyun Park, "Optical path-length modulation for
three-dimensional particle measurement in mirror-embedded microchannels,"
Lab Chip, 10 (3), 335-340 (2010).
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12
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Joo H.
Kang,
Bumjun
Kim,
Je-Kyun
Park,
"Microfluidic
pycnometer for in situ analysis of fluids in
microchannels,"
Anal.
Chem., 81 (7),
2569-2574 (2009).
Supporting
Info. (pdf, 232 KB) & Movie (avi, 2.54 MB)
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11
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Sungyoung Choi, Je-Kyun Park, "Mirror-embedded microchannel for three-dimensional
measurement of particle position," Appl.
Phys. Lett., 93 (19),
191909
(2008).
Supporting
Info. (pdf, 197.9 KB)
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10
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Sungho
Ko, Bumjun Kim, Seong-Sik Jo, Se Young Oh, Je-Kyun Park, "Electrochemical detection of cardiac troponin I using a
microfluidic chip with the surface-functionalized
poly(dimethylsiloxane) channel," Biosens.
Bioelectron.,
23 (1), 51-59
(2007).
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9
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Jeong-Gun Lee, Kyusik Yun, Guei-Sam Lim, Sang Eun Lee, Suhyeon
Kim, Je-Kyun Park, "DNA biosensor based on the electrochemiluminescence of
Ru(bpy)32+ with DNA-binding
intercalators," Bioelectrochemistry, 70 (2),
228-234 (2007).
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8
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Yoonhee
Jang, Se Young Oh, Je-Kyun Park, "In situ electrochemical enzyme immunoassay on a microchip with
surface-functionalized poly(dimethylsiloxane) channel,"
Enzyme Microb. Technol., 39 (5),
1122-1127 (2006).
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7
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Suhyeon
Kim, Guei-Sam Lim, Sang Eun Lee, Jeong-Gun Lee, Kyusik Yun,
Je-Kyun Park, "DNA chip replication for a personalized DNA chip,"
Biomol. Eng., 23 (2-3), 129-134
(2006).
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6
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Wonjae
Choi, Je-Kyun Park, "A bio-fluidic device for adaptive sample pretreatment and its
application to measurement of Escherichia coli
concentration," Biotechnol. Bioprocess Eng.,
11 (1), 54-60 (2006).
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5
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Sungyoung Choi, Je-Kyun Park,
"Microfluidic
system for dielectrophoretic separation based on a trapezoidal
electrode array," Lab Chip, 5 (10),
1161-1167 (2005).
Spporting
Info. (mpg movie 1, 2, 3)
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4
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Joo H.
Kang, Je-Kyun Park, "Development of a microplate reader compatible microfluidic
device for enzyme assay," Sens. Actuators B
Chem., 107 (2), 980-985 (2005).
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3
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Ju Hun
Yeon, Je-Kyun Park, "Cytotoxicity test based on electrochemical impedance
measurement of HepG2 cultured in microfabricated cell
chip," Anal. Biochem., 341 (2),
308-315 (2005).
Selected in National Cancer Institute (NCI) Nanotech News
(May 23, 2005)
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2
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Yuheon
Yi, Je-Kyun Park, "Fabrication of electrochemical sensor with tunable electrode
distance," J. Semiconductor Technol. Sci., 5 (1), 30-37 (2005).
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1
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Suhyeon Kim, Je-Kyun Park, "Development of a test strip reader for a lateral flow membrane-based immunochromatographic assay," Biotechnol. Bioprocess Eng., 9 (2), 127-131 (2004). |
