Skip to main content




Alternative Methods to Animal Testing


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