Design and demonstration of microfluidic devices (organs-on-chips) and three-dimensional cell assemblies (organoids) recreating in-vitro the biological complexity of both diseased and healthy tissues; and 3D bioprinting techniques; use of alternative organisms (zebrafish, c. elegans, etc.); in vitro/in silico assays to characterize the efficacy, specificity, and toxicological profiles of various therapeutic agents.
Poster # | First Name | Last Name | Abstract Title | Abstract PDF |
102 | Karl | Box | Demonstrating the excipient effect in vitro for pre-clinical formulation analysis | View |
103 | Karl | Box | Biomolecule effect on preclinical injectable formulation analysis in vitro | View |
104 | Bumsoo | Han | Translation-on-chip: Reprogramming PDAC stroma by targeting coagulation to improve drug delivery | View |
106 | Claudia | Martins | Establishment of a 3D Multi-layered In Vitro Model of Inflammatory Bowel Disease | View |
107 | Aurélie | Marchès | Development of 3D reconstructed oral equivalent and ex vivo skin models for pharmaceutical applications | View |
108 | Rebekka | Trenkle | Cellular responses to permeation enhancers in an advanced 3D co-culture model | View |
109 | Leqi | Wang | Active and passive transport contribute to thiamine absorption in ex vivo porcine intestine | View |
110 | Xiaoxiao | Wang | Ex vivo model to investigate regional differences in intestinal absorption and biotransformation of 5-ASA | View |
111 | Yonghui | Zhang | Specific identification of PD-1/PD-L1 molecular interaction and anti-PD-L1 antibody inhibition at the single-molecule level | View |
112 | Anze | Zidar | Development of a novel in vitro cell model for biological evaluation of nanofiber mats | View |
192 | Marjo | Yliperttula | Delivery of Platelet-Rich-Plasma FROM NANOFIBRILLATED CELLULOSE HYDROGEL FOR WOUND HEALING | View |
614 | Xin | Guo | The anticancer activity of miriplatin-loaded micelles in 3D multicellular spheroids and in an orthotopic xenograft lung cancer model | View |
1235 |
Kyung-Sun | Heo | Key role of p90RSK activation in angiotensin II-induced vascular remodeling in vitro and in vivo | View |