Development of 3d printed microdialysis probe for determining glucose concentration in vitro

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Nội dung chi tiết: Development of 3d printed microdialysis probe for determining glucose concentration in vitro

Development of 3d printed microdialysis probe for determining glucose concentration in vitro

THAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYDUONG VAN HUYTOPIC TITTLE: DEVELOPMENT OF 3D-PRINTEI) MICRODIALYSIS PROBE FOR DETERMINING

Development of 3d printed microdialysis probe for determining glucose concentration in vitro GLUCOSE CONCENTRATION IN-VITROBACHELOR THESISStudy Mode :Full-timeMajor:Environmental Science andManagementFaculty:International TrainingandDevelopme

nt CenterBatch:2010-2015Thai Nguyen, 22/01/2015Bachelor thesisDOCUMENTATION PAGE WITH ABSTRACTThai Nguyen University of Agriculture and ForestryDegree Development of 3d printed microdialysis probe for determining glucose concentration in vitro

ProgramBachelor of Environmental Science and ManagementStudent nameHuy Van DuongStudent IDDTN 1053110103Thesis TitleDevelopment of 3D-primed Microdia

Development of 3d printed microdialysis probe for determining glucose concentration in vitro

lysis probe for determining glucose concentration In-vitroSupervisors1)Prof. Yuh-Chang Sun, National TsingHua University. Taiwan 2)Assoc. Prof. Dam Xu

THAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYDUONG VAN HUYTOPIC TITTLE: DEVELOPMENT OF 3D-PRINTEI) MICRODIALYSIS PROBE FOR DETERMINING

Development of 3d printed microdialysis probe for determining glucose concentration in vitro rinting 3D-printed probe by Miicraft 3D printer and assay for testing its efficiency in comparison with the commercial probe. Perfusate, of testing pr

ocess, was 0.9% NaCI (Sodium Chloride) pumped into the inlet of the probe at different flow rate (0.5pL, IpL. l.5pL. and 2pL). flows past the active a Development of 3d printed microdialysis probe for determining glucose concentration in vitro

rea of the dialysis membrane, and flow out the outlet of the probe. Perfusate, in order of passing by the dialysis membrane, a concentration of glucos

Development of 3d printed microdialysis probe for determining glucose concentration in vitro

e is established across the membrane. It facilitates the diffusion of compounds of interest from the extracellular space through the membrane and also

THAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYDUONG VAN HUYTOPIC TITTLE: DEVELOPMENT OF 3D-PRINTEI) MICRODIALYSIS PROBE FOR DETERMINING

Development of 3d printed microdialysis probe for determining glucose concentration in vitro rom outlet to then analyze and determine the glucose concentration by using fluorescence microplate reader. To come up with final result, the relative

recovery was formally calculated by given formula. The desirable efficiency of 3D-printed microdialysis was expected around 70% to 80% compared that Development of 3d printed microdialysis probe for determining glucose concentration in vitro

of commercial probe. There were, however, some restrictions as well as limitations found during the conduction such as inaccurate dimension printing d

Development of 3d printed microdialysis probe for determining glucose concentration in vitro

ue toHuy U’dn Duong - K42 AEPiiBachelor thesisthe size of device was ineligible etc. As a result, the identical efficiency of 3D-printed probe was una

THAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYDUONG VAN HUYTOPIC TITTLE: DEVELOPMENT OF 3D-PRINTEI) MICRODIALYSIS PROBE FOR DETERMINING

Development of 3d printed microdialysis probe for determining glucose concentration in vitro s were found at How rale of 0.5pT., Ipl.. I.5pl. and 2.0pI. were around 23.2%, 15.4%, 13.9% and 11.2% respectively in comparison to 42.2%, 35.3% 26.7%

and 21.5% of the introduced probe. Although the result was under the expectation, these data have proven that 3D-printed probe possibility could be t Development of 3d printed microdialysis probe for determining glucose concentration in vitro

ouched in the near future, opens a wide application of that device to various fields of study.Key wordsNumber of pageDate of submissionmicrodialysis,

Development of 3d printed microdialysis probe for determining glucose concentration in vitro

in-Vilro, 3D-prinled microdialysis, relativerecovery.3522/01/2015Huy Van Duong - K42 AEPiiiBachelor thesisACKNOWLEDGEMENTThis thesis has been greatly

THAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORESTRYDUONG VAN HUYTOPIC TITTLE: DEVELOPMENT OF 3D-PRINTEI) MICRODIALYSIS PROBE FOR DETERMINING