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Algal cell culture in microfluidic devices and microenvironment

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Nội dung chi tiết: Algal cell culture in microfluidic devices and microenvironment

Algal cell culture in microfluidic devices and microenvironment

THAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORES TRYHOANG nil MAITopic title:ALGAL CELL CULTURE IN MICROFLUIDIC DEMCES ANDMICROENVIRONMENTBAC

Algal cell culture in microfluidic devices and microenvironment CHELOR THESISStudy Mode:Full-timeMajor:BiotechnologyFacultyBiotechnologyandFoodTechnologyBatch2013-2017Thai Nguyen, 12/6/2017THAI NGUYEN UNIVERSITYUNI

VERSITY OF AGRICULTURE AND FORESTRYHOANG Till MAITopic title:ALGAL CELL CULTURE IN MICROFLUIDIC DEVICES AND MICROENVIRONMENTBACHELOR THESISStudy Mode Algal cell culture in microfluidic devices and microenvironment

: *lull-timeMajor:BiotechnologyFaculty:Biotechnology and Food TechnologyBalch:2013-2017Supervisors :1)1*. Panwong Kuntanawat Dr. Nguyen Xuan Vu Mr. Ph

Algal cell culture in microfluidic devices and microenvironment

ongsakorn KuiihorinThai Nguyen, 12/6/2017DOCUMENTATION PAGE WITH ABSTRACTThai Nguyen University of Agriculture and ForestryMajorBiotechnologyStudent n

THAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORES TRYHOANG nil MAITopic title:ALGAL CELL CULTURE IN MICROFLUIDIC DEMCES ANDMICROENVIRONMENTBAC

Algal cell culture in microfluidic devices and microenvironment 2.Dr. Nguyen Xuan Vu 3.Mr.Phongsakom KunhormAbstract: Arthrospira piatensis is a filamentous multicellular cyanobacterium that has two distinct shape

s: helical and straight filaments. 1 hey have high nutritional value, chemical composition such as protein, pigments, antioxidant, fatty acids. Micro Algal cell culture in microfluidic devices and microenvironment

fluidics devices that were applied in various fields such as biological, biomedical, biotechnology and chemical analyses. A.pỉatensis was captured in

Algal cell culture in microfluidic devices and microenvironment

the microfluidics devices in order to observed activation, fragmentation lime, change color, life cycles. It was performed with total 20 filaments (10

THAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORES TRYHOANG nil MAITopic title:ALGAL CELL CULTURE IN MICROFLUIDIC DEMCES ANDMICROENVIRONMENTBAC

Algal cell culture in microfluidic devices and microenvironment growth length, fragmentation time, growth rate of filament and strain. In the standard Zarrouk’s medium, length and growth rate of Central Lab str is

faster than C005 str, fragmentation time is the same. In the stationary from cell culture: Fragmentation was expressed with two filaments of C005 str Algal cell culture in microfluidic devices and microenvironment

(rate 40%) and three filaments of Central l.ab str (rale 60%). Moreover, the growth rale of Central Lab str was faster than C005 str. The both strain

Algal cell culture in microfluidic devices and microenvironment

s of standard Zarrouk’s medium were grew faster than Zarrouk's stationary from cell culture.Key wordsC005 str. Central I.ab str, microfluidic devices,

THAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORES TRYHOANG nil MAITopic title:ALGAL CELL CULTURE IN MICROFLUIDIC DEMCES ANDMICROENVIRONMENTBAC

THAI NGUYEN UNIVERSITYUNIVERSITY OF AGRICULTURE AND FORES TRYHOANG nil MAITopic title:ALGAL CELL CULTURE IN MICROFLUIDIC DEMCES ANDMICROENVIRONMENTBAC

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