Time | Paper ID | Title / Autors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Hall C, Day 1 | |||||
(13:00–13:40) ( Nakano H.) | |||||
C113 | Preparation of novel fluoroimmunosensor Quenchbody by cellular system and its application to bioimaging | protein engineering antibody fluorescence | S-7 | 437 | |
C114 | [Invited Lecture] Advanced utilization of denatured protein; example for a diagnostic application | Protein engineering Chemical modification Companion diagnostics | S-7 | 369 | |
(13:40–15:00) ( Ueda H.) | |||||
C115 | Interface molecules design for biosensor using material-binding antibodies | antibody biosensor molecular evolution | S-7 | 514 | |
C116 | [Keynote Lecture] From interface design by peptide to cellulose catalyst | peptide polymer cellulose | S-7 | 156 | |
C118 | Fabrication of scaffolds from elastin-like polypeptides and gelatin | elastin-like polypeptides scaffold electrospinning | S-7 | 753 | |
(15:00–16:00) ( Kamihira M.) | |||||
C119 | Development of a functional biomolecular immobilization method using solid surface affinity peptide tag and its application | biomolecular interaction immobilization | S-7 | 749 | |
C120 | Controlled Assembly of Peptide Amphiphiles for Artificial Extracellular Matrix | Peptide Amphiphiles Self-Assembled Structure Artificial Extracellular Matrix | S-7 | 968 | |
C121 | Chemical tools for caging biointerfaces | chemical tool photocleavable hydrogel | S-7 | 504 | |
(16:00–17:00) ( Yamaguchi S.) | |||||
C122 | [Keynote Lecture] Chemical probes in live cells/Functionalization of proteins by direct hybridization | protein-probe hybrid chemical biology chemical probe | S-7 | 153 | |
C124 | Application of Bead Display of DNA using emulsion PCR | emulsion PCR cell-free protein synthesis high-throughput screening | S-7 | 491 | |
(17:00–17:40) ( Nakano H.) | |||||
C125 | Development of antibody selection system using antibody/receptor hybrid molecule | antibody receptor chimeric protein | S-7 | 479 | |
C126 | Fabrication of carbon nanotube thin-film transistors utilizing a material recognition property of peptide aptamers | peptide aptamer thin-film transistor carbon nanotube | S-7 | 856 | |
(17:40–18:20) ( Futami J.) | |||||
C127 | Enhancement of solubility for poorly water-soluble drugs by the complexation with casein hydrolysate | solubility poorly water-soluble casein hydrolysate | S-7 | 875 | |
C128 | Creation of High-affinity protein G polymer by tyrosyl radical coupling reaction | Protein polymerization Multivalent effect horseradish peroxidase | S-7 | 964 |