Authors and Chairs (J) field exact matches “後藤 雅宏”; 24 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 | PB115 | Development of Vaccine Patches as an Alternative to Injections and Examination of Factors Affecting Prophylactic Efficacy | transdermal vaccine patch | SY-67 | 308 |
Day 1 | PB116 | Intracellular delivery of small molecules facilitated by co-assembly with peptide amphiphile through complementary interaction | Self-assembly Peptide Intracellular delivery | SY-67 | 628 |
Day 1 | PB117 | Creation of ionic liquid-S/O formulation for transdermal delivery of nucleic acid drugs | transdermal delivery S/O nanodispersion biocompatible ionic liquid | SY-67 | 231 |
Day 1 | PB118 | Development of a non-invasive insulin patch for the treatment of diabetes | Transdermal Drug Delivery Nano dispersion Non-invasive patch | SY-67 | 302 |
Day 1 | PB119 | Evaluation of the effect of site-specific polymerization of antigenic peptides on antigenicity | Protein polymer Site-specific enzymatic reaction vaccine | SY-67 | 354 |
Day 1 | PB120 | Development of non-invasive transdermal influenza vaccine using Solid-in-Oil technology | Transdermal Drug Delivery Influenza vaccine Nano dispersion | SY-67 | 416 |
Day 1 | PB121 | Creation of a transdermal malaria vaccine with long-term efficacy | Transdermal vaccine delivery Malaria Immunology | SY-67 | 168 |
Day 1 | PB171 | Creation of antigen-modified supramolecular assemblies of peptide amphiphiles for activation of immune cells | Peptide amphiphile Self-assembly Immune cell | SY-67 | 808 |
Day 1 | PB174 | Evaluation of cross-linking behavior of microbial transglutaminase in molecular crowding environment | Microbial transglutaminase Molecular crowding | SY-67 | 230 |
Day 1 | PB175 | Evaluation of intracellular uptake behavior of artificial lipid-modified proteins | Enzymatic lipidation Lipid-protein conjugate Lipid domain | SY-67 | 300 |
Day 1 | PB176 | Functionalization of silk fibroin by enzymatic covalent modification | Laccase Microbial transglutaminase Silk fibroin | SY-67 | 323 |
Day 1 | PB115 | Development of Vaccine Patches as an Alternative to Injections and Examination of Factors Affecting Prophylactic Efficacy | transdermal vaccine patch | SY-67 | 308 |
Day 1 | PB117 | Creation of ionic liquid-S/O formulation for transdermal delivery of nucleic acid drugs | transdermal delivery S/O nanodispersion biocompatible ionic liquid | SY-67 | 231 |
Day 1 | PB119 | Evaluation of the effect of site-specific polymerization of antigenic peptides on antigenicity | Protein polymer Site-specific enzymatic reaction vaccine | SY-67 | 354 |
Day 1 | PB121 | Creation of a transdermal malaria vaccine with long-term efficacy | Transdermal vaccine delivery Malaria Immunology | SY-67 | 168 |
Day 1 | PB171 | Creation of antigen-modified supramolecular assemblies of peptide amphiphiles for activation of immune cells | Peptide amphiphile Self-assembly Immune cell | SY-67 | 808 |
Day 1 | PB175 | Evaluation of intracellular uptake behavior of artificial lipid-modified proteins | Enzymatic lipidation Lipid-protein conjugate Lipid domain | SY-67 | 300 |
Day 1 | DA121 | Hydrophobic deep eutectic solvents for the separation of lithium and magnesium via solid-liquid extraction | Deep eutectic solvent Lithium/magnesium separation Solid-liquid extraction | SY-59 | 327 |
Day 1 | PB116 | Intracellular delivery of small molecules facilitated by co-assembly with peptide amphiphile through complementary interaction | Self-assembly Peptide Intracellular delivery | SY-67 | 628 |
Day 1 | PB118 | Development of a non-invasive insulin patch for the treatment of diabetes | Transdermal Drug Delivery Nano dispersion Non-invasive patch | SY-67 | 302 |
Day 1 | PB120 | Development of non-invasive transdermal influenza vaccine using Solid-in-Oil technology | Transdermal Drug Delivery Influenza vaccine Nano dispersion | SY-67 | 416 |
Day 1 | PB174 | Evaluation of cross-linking behavior of microbial transglutaminase in molecular crowding environment | Microbial transglutaminase Molecular crowding | SY-67 | 230 |
Day 1 | PB176 | Functionalization of silk fibroin by enzymatic covalent modification | Laccase Microbial transglutaminase Silk fibroin | SY-67 | 323 |
Day 3 | PB304 | Development of a new environmentally friendly rare metal recovery system using reusable leaching solvents | Solvometallurgy Deep eutectic solvents Selective recovery | SY-57 | 201 |
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SCEJ 53rd Autumn Meeting (Nagano, 2022)