Time | Prog. No. | Title/Author(s) | Keywords | Topics code | ACKN No. |
---|---|---|---|---|---|
Biochemical engineering | |||||
(9:00-10:00) (Chairperson H. Mizumoto) | |||||
K101 | (JPN) Analysis of cell maturation in confluent state of human retinal pigment epithelial cells through measurement of nuclei density | human retinal pigment epithelial cells cell maturation nuclei density | 7-a | 276 | |
K102 | (JPN) Analysis of cell maturation process of human retinal pigment epithelial cells through measurement of cell migration | human retinal pigment epithelial cells cell maturation cell migration | 7-a | 277 | |
K103 | Alginate/Gelatin conjugated hydrogels with cellular adhesiveness and degradability by alginate lyase for tissue engineering applications | hydrogel cell sheet multicellular spherical tissue | 7-e | 107 | |
(10:00-11:00) (Chairperson K. Nakazawa) | |||||
K104 | (JPN) Analysis of human induced pluripotent stem cell aggregates for suspension culture | Human induced pluripotent stem cell Suspension culture Aggregate | 7-e | 328 | |
K105 | (JPN) A novel culture system for large scale cultivation of undifferentiated ES cells using hollow fibers. | embryonic stem cell hollow fiber large scale cultivation | 7-e | 452 | |
K106 | (JPN) Expression of liver specific functions of hepatic tissue constructs fabricated in various way inside hollow fibers. | hepatocyte spheroid coculture | 7-e | 740 | |
(11:00-12:00) (Chairperson Y. Sakai) | |||||
K107 | (JPN) Decellularized liver for a hepatocytes-embedded scaffold having vascular-tree network | liver tissue engineering cell embededgel decellularized liver | 7-e | 654 | |
K108 | (JPN) Liver-specific extracellular matrix for cell culture of fetal liver cells | decellularization extracellular matrix fetal liver cells | 7-e | 726 | |
K109 | (JPN) Detection of basophil degranulation using the droplet-handling system | Allergy Droplet Magnetic beads | 7-e | 746 | |
(13:00-14:00) (Chairperson H. Ijima) | |||||
K113 | (JPN) Cultured-liver tissue model based on gas-permeable membranes and patterned collagen gel | liver tissue gas-permeable membrane micropatterning | 7-e | 16 | |
K114 | (JPN) Development of three dimensional cell culture module with the hollow-fiber membrane -cell function analysis of human hepatocytes- | three dimensional cell culture hepatocyte CYP3A4 activity | 7-e | 529 | |
K115 | (JPN) Development of three dimensional cell culture module with the hollow-fiber membrane -about cell growth of hepatocytes- | the hollow-fiber membrane three dimensional cell culture hepatocyte | 7-e | 140 | |
(14:00-15:00) (Chairperson T. Tanaka) | |||||
K116 | (JPN) Development of Single Cell Manipulation Technology on Photo-cleavable Poly(ethylene glycol)-Lipid Surface | microfluids photolysis cell adhesion | 7-i | 776 | |
K117 | (JPN) Cell live-patterning using NIR- responsive gel | Carbon nanotube gel-sol transition NIR | 7-e | 590 | |
K118 | (JPN) Alternative droplet generation for one-to-one cell encapsulation | droplet microfluidics microchannel single-cell handling | 7-e | 23 | |
(15:00-16:00) (Chairperson S. Terada) | |||||
K119 | (JPN) Periosteal sheets cultured on porous poly(L-lactic acid) membrane scaffold | periosteal sheet poly(L-lactic acid) porous membrane | 7-e | 671 | |
K120 | (JPN) Novel 3D culture technology based on thin-layer gel of neural ECM-mimetic material enables in situ observation | in situ observation neural ECM-mimetic material neural stem cell | 7-i | 727 | |
K121 | (JPN) Cell-selective adhesion peptides for regenerative medical device coating | Cell-selective adhesion peptide Regenerative medicine Peptide array | 7-e | 608 | |
(16:00-17:00) (Chairperson A. Ito) | |||||
K122 | (JPN) Multi-dimensional mapping analysis for cell quality analysis for regenerative medicine | Regenerative Medicine Cell Quality Cell Morphology | 7-e | 459 | |
K123 | (JPN) Cardiomyogenic induction of human mesenchymal stem cells through migration in aggregates | Cardiomyogenic differentiation Human mesenchymal stem cells Cell migration | 7-e | 356 | |
K124 | (JPN) Maturity evaluation based on tight junction formation in confluent state of human retinal pigment epithelial cell | confluent state tight junction RPE cell | 7-a | 375 |