Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Biochemical engineering | |||||
(9:30–10:42) (Chair: No data , No data ) | |||||
K01 | Separation and Concentration Techniques for PCR Reaction Mixtures Using Ion Exchange Chromatography | ion exchange chromatography purification PCR | 7-c | 83 | |
K02 | Production of organic fertilizer from waste and component (Okayama Pref. Tamashima Senior H.S.) *Takizawa S., | organic fertilizer component analysis | 7-h | 307 | |
K03 | Properties and applications of Maillard reaction | Maillard reaction sugar amino acid | 7-h | 98 | |
K04 | How to make a delicious veggie broth using vegetable scraps | veggie broth L-glutamic acid Umami ingredients | 7-h | 280 | |
K05 | Evaluation of enzymatic activity of the hydrogen-dependent CO2 reductase (HDCR) and improvement of activity by genetic modification | enzyme engineering hydrogen utilization the hydrogen-dependent CO2 reductase | 7-d | 163 | |
K06 | nice rice | rice amino acid deliciousness | 7-h | 88 | |
(10:42–12:02) (Chair: No data , No data ) | |||||
Break | |||||
Biochemical engineering | |||||
K08 | Constructing of a novel biosynthetic pathway for butadiene with terminal-alkene producing enzyme (BesC) | protein engineering bio production butadiene | 7-d | 165 | |
K09 | The effect of yogurt on Escherichia coli | Escherichia coli yogurt food poisoning | 7-h | 183 | |
K10 | Antibacterial activity of koji produced by fermentation by aspergillus oryzae ¡ÁComparison of brown rice koji and white rice koji ¡Á | aspergilius oryzae antibacterial activity antibacteriat fatty acids | 7-h | 90 | |
K11 | Preparation of a calibration curve for sodium inosinate using metal ions (Nagasaki Nishi H.S. Chemistry Club) *Sako Tomoaki, | inosinic acid Copper (II) ion spectrum | 7-h | 186 | |
K12 | Explore the microalgae Nannochloropsis growth promoting bacteria | Nannochloropsis microalgae isolation | 7-c | 249 | |
K13 | Exploring Alternatives to Egg Whites | alternatives egg whites | 7-h | 151 | |
Lunch break | |||||
Biochemical engineering | |||||
(13:00–14:12) (Chair: No data , No data ) | |||||
K19 | Aiming for the creation of a brand from Tokyo National College of Technology: Isolation of Saccharomyces cerevisiae from on-campus plants. | Saccharomyces cerevisiae selective isolation isolated yeast properties | 7-h | 33 | |
K20 | Adding water absorbency to pectin | pectin metal ions crosslinked structure | 7-h | 71 | |
K21 | Efficient cultivation of E. coli metabolizing methanol by improving enzymes | enzyme engineering methanol assimilation Mdh | 7-d | 167 | |
K22 | Hypoallergenic food by chemistry | gluten hypoallergen ¦Â-hexosaminidase | 7-h | 80 | |
K23 | Komatsuna cultivation using three LED lights with different colors. | photosynthesis increase food production plant factory | 7-h | 318 | |
K24 | Let's attack the cell wall of carrots | Freeze impregnation method pH Cell wall | 7-h | 78 | |
Break | |||||
Biochemical engineering, Safety | |||||
(14:20–15:20) (Chair: No data , No data ) | |||||
K26 | Electrical stimulation and muscle contraction in mexican salamanders. | electrical stimulation biological reaction locomotory system | 7-b | 323 | |
K27 | To know the risk, and handle chemicals safely (Osaka Pref. Sano Technical H.S. Part-time course) Kashimoto R. | risk communication chemical safety | 10-a | 337 | |
K28 | Reduction of the Soy Allergen by proteolytic enzymes | Allergy SDS-PAGE | 7-b | 196 | |
K29 | Effects of micronization of agricultural chemical ingredients on environmental microorganisms | Pesticides Micronization Environmental toxicity | 7-h | 64 | |
K30 | Development of NOx and nitric acid detection technique using test paper | leak detection paper nitrogen dioxide nitric acid | 10-h | 339 |