39. VI畛N V畉T L K畛 THU畉T
39
B畛 ph畉n chuy畛n 畛i t鱈n hi畛u
Ph動董ng ph叩p d畛a tr棚n kh畛i l動畛ng
C担ng ngh畛 microcantilever: a) v畛i protein c畛
畛nh cho m畛t lo畉i vi khu畉n c畛 th畛 b) u畛n cong
sau khi h畉p th畛 vi khu畉n vo protein
47. VI畛N V畉T L K畛 THU畉T
畛ng d畛ng
Lap on a chip
Thi畉t b畛 c坦 k鱈ch th動畛c si棚u nh畛 動畛c s畛 d畛ng 畛 thao t叩c v ph但n t鱈ch
- T畉 bo
- Protein
- DNA
- Bi畛u hi畛n gen
- Ph畉n 畛ng ho叩 h畛c
47
働u i畛m
Gi畉m s畛 c畉n thi畉t ph畉i c坦 m畛t s畛 thi畉t b畛
S畛 d畛ng c畛 m畉u nh畛
K畉t qu畉 nhanh ch坦ng
動畛c s畛 d畛ng cho c叩c ph畉n 畛ng h坦a h畛c
v tr畛n ch畉t l畛ng
48. VI畛N V畉T L K畛 THU畉T
K畉t lu畉n
Biosensors l thi畉t b畛 ph但n t鱈ch m畉u sinh h畛c v畛 c畉u tr炭c,
ch畛c nng v ch畉n o叩n
C坦 th畛 ph叩t hi畛n 叩p su畉t, nhi畛t 畛 v thay 畛i h坦a h畛c
動畛c 畛ng d畛ng r畛ng r達i trong l箪 sinh h畛c bao g畛m m叩y o
動畛ng huy畉t, lab-on-a-chip v m叩y o nh畛p tim,...
48
49. VI畛N V畉T L K畛 THU畉T
Ti li畛u tham kh畉o
1. K McKimmie. Whats a Biosensor, Anyway?, Indiana Business Magazine, 2005, 49,
1:18-23.
2. N Zimmerman. Chemical Sensors Market Still Dominating Sensors, Materials
Management in Health Care, 2006, 2, 54.
3. K Odenthal, J Gooding. An introduction to electrochemical DNA biosensors, Analyst,
2007, 132, 603610.
4. S V Lemeshko, T Powdrill, Y Belosludtsev, M Hogan, Oligonucleotides form a duplex
with non-helical properties on a positively charged surface, Nucleic Acids Res., 2001,
29, 30513058.
5. F Ricci, R Lai, A Heeger, K Plaxco, J Sumner. Effect of Molecular Crowding on the
Response of an Electrochemical DNA Sensor, Langmuir, 2007, 23, 6827-6834.
6. M Heller. DNA Microarray Technology, Annual Review of Biomedical Engineering,
2002, 4, 129-153.
7. E Boon, D Ceres, T Drummond, M Hill, J Barton, Mutation Detection by DNA
electrocatalysis at DNA-modified electrodes, Nat. Biotechnol. 2000, 18, 1096-1100.
8. S Timur, U Anik, D Odaci, L Gorton, Development of a microbial biosensor based on
carbon nanotube (CNT) modified electrodes, Electrochemistry Communications, 2007,
9, 1810-1815.
9. K Besteman, J Lee, F Wiertz, H Heering, C Dekker. Enzyme-Coated Carbon Nanotubes
as
10. Single-Molecule Biosensors, Nano Letters, 2003, 3, 6: 727-730.
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50. VI畛N V畉T L K畛 THU畉T
TR働畛NG 畉I H畛C BCH KHOA H N畛I
VI畛N V畉T L K畛 THU畉T
50