
Affillations (J) field begins with “鹿大院理工”, “鹿大院理”, “鹿大理”, “Kagoshima U.”, “東工大化生研”, “Tokyo Tech”; 20 programs are found. (“Poster with Flash” presentations are double-counted.)
The search results are sorted by the start time.
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Day 1 | PB127 | Design of membrane-based biosensor with high signal characteristics | membrane biosensor point-of-care testing | SY-67 | 342 |
| Day 1 | PB128 | Design of Membrane-Based Biosensor with High Performance in Contaminated Analytes | Immunoassay Zwitterionic Polymer Porous Membrane | SY-67 | 463 |
| Day 1 | PB136 | Construction of immunosensors using peptides with attached luminescent tags | immunosensor nanoluc coiled-coil | SY-67 | 427 |
| Day 1 | PB186 | Chitosan hydrogels fabricated by autoclave sterilization for wound dressings | hydrogel chitosan wound dressing | SY-67 | 804 |
| Day 1 | DB109 | Characterization of densly mounted LED substrate utilizing a flat laminate vapor chamber | Vapor chamber LED substrate Densly mounted | SY-52 | 717 |
| Day 1 | DH109 | Fabrication of millicapsules with hydrophobic core and hydrophilic shell using liquid marbles | Liquid marble capsule | SY-80 | 109 |
| Day 1 | DG117 | Development of a highly sensitive autonomous swelling/shrinking polymer based on molecular recognition of cyclodextrin | N-isopropylacrylamide cyclodextrin autonomous motion | SY-77 | 18 |
| Day 1 | PB127 | Design of membrane-based biosensor with high signal characteristics | membrane biosensor point-of-care testing | SY-67 | 342 |
| Day 1 | PB128 | Design of Membrane-Based Biosensor with High Performance in Contaminated Analytes | Immunoassay Zwitterionic Polymer Porous Membrane | SY-67 | 463 |
| Day 1 | PB136 | Construction of immunosensors using peptides with attached luminescent tags | immunosensor nanoluc coiled-coil | SY-67 | 427 |
| Day 1 | PB186 | Chitosan hydrogels fabricated by autoclave sterilization for wound dressings | hydrogel chitosan wound dressing | SY-67 | 804 |
| Day 3 | PA301 | Development of Fibrous Connected Metal Nanoparticle Catalysts for Polymer Electrolyte Fuel Cells | Nanonetwork Nanofiber Fuel cell | ST-23 | 406 |
| Day 3 | DB304 | The effect of cyclicThe effect of cyclic hydrochloric acid concentration on epoxy matrix composite degradation to evaluate FRP chemical tank service life hydrochloric acid concentration on epoxy matrix composite degradation to evaluate FRP chemical tank service life | Epoxy Glass Fiber Cyclic Concentration Solution Hydrochloric Acid Degradation | SY-84 | 317 |
| Day 3 | PA302 | Core-shell type connected Pt-based catalysts with advanced oxygen-reduction performances | Polymer electrolyte fuel cell Oxygen reduction reaction Carbon-free electrocatalyst | ST-23 | 609 |
| Day 3 | PA318 | Reaction Field Design for Improving Ethylene Selectivity in Carbon Dioxide Electroreduction | CO2 reduction Anion-conductive polymer Copper electrode | ST-23 | 246 |
| Day 3 | PC322 | Control of Pt/ionomer interfaces for the suppression of oxidation poisoning by water on Pt catalysts for fuel cells | Oxygen Reduction Reaction Polymer Electrolyte Fuel Cell Electrochemical catalyst | SY-78 | 283 |
| Day 3 | DD319 | Converting antibodies to rapid-response SARS-CoV-2 homogeneous immunosensors via Quenchbody technology and crowding agent | Quenchbody Immunosensor SARS-CoV-2 | SY-72 | 120 |
| Day 3 | PC338 | Development of Electrodes with fixed mediators for NAD oxidation aimed at multi-electronics enzyme oxidation systems | Biofuel Cells Redox Polymer Multi-enzyme oxidation systems | SY-78 | 485 |
| Day 3 | PC343 | Evaluation of electrocatalytic activity on Fe-based MOFs for alkaline water electrolysis and elucidation of their structural effects. | Water splitting Metal Organic Frameworks Catalysts | SY-78 | 245 |
| Day 3 | DD322 | Acquisition and characterization of anti-SARS-CoV-2 Spike human monoclonal antibody from single B cells derived from COVID-19 infected patients using cell-free protein synthesis system. | COVID-19 human monoclonal antibody cell-free protein synthesis | SY-72 | 414 |
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SCEJ 53rd Autumn Meeting (Nagano, 2022)
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