Last modified: 2020-03-02 11:00:00
Affillations field begins with “Okayama U.”; 12 programs are found.
The search results are sorted by the start time.
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
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Day 1 | PA153 | Design of hybrid material of liposome/SWCNT/FD photocatalyst for hydrogen production | liposome carbon nanotube photocatalyst | 9-e | 589 |
Day 1 | L115 | Control of membrane fluctuation of vesicles based on polymerized lipids or polymer for highly sensitivity to protein | liposome membrane fluctuation biosensor | 12-a | 727 |
Day 1 | K123 | Supersaturation of proteins estimated from the inhibitory phenomena of fibrillation | supersaturation amyloid hydrogen bonding | 12-g | 718 |
Day 1 | K124 | Kinetic analysis of crystallization of lysozyme on lipid membranes, based on their lateral diffusivity | crystallization lysozyme lateral diffusion | 12-g | 726 |
Day 2 | PB216 | Display of amylidgenic proteins on liposome membrane for a detection of amyloids | liposome protein display amyloids | 7-e | 596 |
Day 2 | F206 | [Invited lecture] Polymerization model for particlate fouling | Polymerization Fouling Cross-linking | SS-2 | 183 |
Day 2 | PC230 | Formation of poly(ionic liquid)s layer on a resin surface by photopolymerization | Ionic liquid Surface modification Polymer brush | 12-a | 531 |
Day 2 | M220 | Investigation of multipoint interaction and functionalization of proteinaceous scaffold in molecular recognitions | molecular recognition scaffold multipoint interaction | 7-a | 806 |
Day 3 | PD348 | Design of tandem-reaction system on lipid membranes for jasminaldehyde | liposome tandem reaction jasminaldehyde | 5-a | 594 |
Day 3 | PD352 | Effect of surfactants on the reaction/separation process at the interface of slug flows | surfactant slug flow 5-hydroxymethylfurfural | 5-d | 607 |
Day 3 | PD356 | Continuous preparation of a monofilament fiber with carbon nano tube dispersion | Microfluidic device Carbon nano tube Jet flow | 5-f | 528 |
Day 3 | K306 | Development of poly(ionic liquid)s-based double network ion gels with high mechanical properties | Ionic liquid Silica nanoparticle Polymerization | 12-e | 432 |
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SCEJ 85th Annual Meeting (2020)