Affillations field begins with “Yokohama Nat. U.”, “KISTEC”; 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 | PA102 | Exploration of human hair follicle epithelial cell groups for hair regeneration. | single-cell RNA sequencing hair follicle epithelial cells hair regeneration | 7-a | 61 |
Day 1 | PA137 | Preparation of hair follicle organoids using human amniotic epithelial cells | Hair regeneration medicine amnion hair follicle | 7-e | 172 |
Day 1 | PA141 | in vitro skin model with hair follicle structure | skin model hair regrowth Tissue engineering | 7-e | 78 |
Day 1 | PA149 | Exosomes analysis in dermal papilla cells by condense-layed culture | hair regeneration medicine dermal papilla cell exosome | 7-e | 197 |
Day 1 | PA165 | Developmental toxicity assay based on signal disruption using human iPSC reporter | developmental toxicity iPS cell signaling pathway | 7-e | 407 |
Day 2 | PB263 | Comparison of Batch Hydrogen Fermentation and Continuous Hydrogen Fermentation with Waste Molasses | Hydrogen Fermentation Continuous test | 13-b | 353 |
Day 2 | PB291 | Integration of CO2 capture and biomethanation by membrane biofilm reactor | Membrane biofilm reactor Biomethanation CO2 capture | 13-g | 691 |
Day 2 | G213 | Kinetics analysis of pH hysteresis of zeta potential in alumina porous membrane | microfiltration zeta potential pH hysteresis | 4-b | 549 |
Day 2 | PC242 | Surface modification of nanosilica by silane coupling agents and evaluation of these dispersibility | nanosilica silane coupling agent dispersibility | 12-d | 210 |
Day 2 | PC262 | Relationship between classification characteristics and particle size distribution in the up-flow reaction crystallization of CaCO3 | reaction crystallization classification calcium carbonate | 12-g | 259 |
Day 2 | I224 | Method for predicting the size of transition metal complex hydroxides precipitated in a stirred-tank semi-batch reaction crystallizer using CFD and particle agglomeration models | turbulent mixing precipitation agglomeration model | 2-b | 666 |
Day 3 | PD319 | Experimental analysis of power consumption and Metzner-otto constant for highly shear thinning fluids. | Shear thinning fluids Power consumption Metzner-Otto Concept | 2-b | 212 |
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SCEJ 89th Annual Meeting (Sakai, 2024)