easp 2.34; proghtml 2.34 (C)1999-2014 kawase
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| C²ñ¾ì | |||||
| (9:30–10:45) ( No data (¡û/Ãݸý ¾»Ç·), No data (¡û/Ê¿Àî ½¨É§)) | |||||
| C01 | Analysis of recognizing region of coliphage | biocontrol bacteriophage phage therapy | 7-a | 93 | |
| C02 | Biodegradation of crude oil under subsurface environment | souring toluene degradation secondary oil recovery | 7-a | 92 | |
| C03 | The aggregation of staphylococcus aureus by bovine IgG and resistance to phage | IgG Bovine mastitis Phage | 7-a | 87 | |
| C04 | Improvement of sensitivity and Elimination of hysteresis of heparin sensor using a molecularly imprinted polymer | heparin sensor molecularly imprinted polymer | 7-e | 15 | |
| C05 | Characteristics of hot air drying of potato piece and evaluation of physical properties of re-hydrated product | hot air drying potato re-hydration | 7-h | 96 | |
| (10:45–12:00) ( No data (¡û/ÀÄÌÚ ½¨Ç·), No data (¡û/»ûÅÄ ¾¼É§)) | |||||
| C06 | Discovery of the electron transfer partners of Thermobifida fusca cytochrome P450s using PCNA | cytochrome P450 PCNA electron transfer partners | 7-a | 39 | |
| C07 | Lipid production by Rhodotorula glutinis and Lipomyces starkeyi on glycerol | biodiesel glycerol Rhodotorula glutinis and Lipomyces starkeyii | 7-a | 108 | |
| C08 | Starch production by cyanobacterium Nostoc linkia | #Nostoc linckia# cyanobacterium starch | 7-a | 109 | |
| C09 | Study of stability of molecularly imprinted polymer layer formed by atom transfer radical polymerization | MIP glucose sensor ATRP | 7-e | 19 | |
| C10 | Study of conditions for glucose production by enzymatic saccharification of bamboo | bamboo enzymatic saccharification cellulose | 7-i | 44 | |
| Lunch break | |||||
| (13:00–14:15) ( No data (¡û/ĹÅÄ ¸÷Àµ), No data (¡û/²¼»³ ͵²ð)) | |||||
| C15 | Optimal design of electrochemical diaphragm micropump for chemical neuro-machine interface | pump PDMS diaphragm | 7-i | 16 | |
| C16 | Kinetic Analysis for the Rational Design of Supercritical Nanoparticle Synthesis | nanoparticles hydrothermal synthesis kinetics | 8-d | 17 | |
| C17 | Evaluation of adherent microalgae to metal and polyethylene tube (School of Engineering,Tohoku U.) Shibuya Takehiro, (Graduate School of Engineering, Tohoku U.) Tsutsumi Shun, | Microalgae Heat exchanger Adhesion | 3-c | 80 | |
| C18 | Correlation and Prediction of Desorption Behavior of VOC on Activated Carbon under Supercritical CO2 Conditions | Supercritical CO2 Activated Carbon Desorption | 8-c | 29 | |
| C19 | One-pot synthesis of mesoporous-silica supported platinum catalyst using supercritical CO2 | Supercritical CO2 Mesoporous Silica One-pot sinthesis | 8-e | 24 | |
| (14:15–15:45) ( No data (¡û/º´Æ£ Á±Ç·), No data (¡û/¿Î»Ö ÏÂɧ)) | |||||
| C20 | (withdrawn) | 100 | 45 | ||
| C21 | A Micro Lipid Membrane Device for Passive Drug Permeability Assay | drug permeation analysis artificial lipid membrane silicone resin | 7-e | 23 | |
| C22 | Preparation of drug dispersed solution by rapid expansion from supercritical solution into aqueous solution | supercritical carbon dioxide RESS-AS surfactant | 8-e | 33 | |
| C23 | Supercritical hydrothermal synthesis of organic-modified TiO2 nanocrystals and control in their structure | nanocrystals TiO2 hydrothermal synthesis | 8-e | 64 | |
| C24 | Novel Fabrication Method of Anthracene Films Using Temperature Change in Supercritical Fluid | Supercritical CO2 anthracene crystallization | 8-e | 97 | |
| C25 | Kinetic Analysis of Chemical Conversion of Glycerol to Lactic Acid in High-Temperature and Alkaline Aqueous Solution | High temperature and high pressure Kinetic analysis Biomass | 8-d | 50 | |
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