Programma

Flash talks I

• Sofia Belardinelli — A Paradigm Shift for Biomedical Research? Biomedical Engineering Perspectives on the Transition towards NAMs
• Gabriella Bretti — In-silico modelling of biological experiments on cancer: challenges and perspectives
• Paola Casti — A Machine Learning Approach for High-throughput Analysis of Pharmacological Effects via Multiple hiPSC-based Cardiac Modelling Variants
• Alessia Riccardi — Graph deviation network analysis of MEA signals for the detection of schizophrenia signatures in human forebrain organoids
• Alessandro De Giorgi — An experimentally validated multiphysics model of oxygen transport in a glioblastoma-on-a-chip
• Gaia Corallo — A biomimetic glioblastoma-on-a-chip for the study of tumor-stroma interactions
• Sofia Bellia — Advanced in vitro models for evaluating brain-targeted nanoparticles
• Brett Vega — Development of dynamic blood-brain barrier and tumour-endothelium modules for multicompartment organ-on-chip models of metastatic dissemination
• Clara Mattu — A multicompartment melanoma-brain model to replicate the metastatic disease
• Marianna Peditto — Neuroblastoma-on-a-chip automated platform to study metastatic microenvironments and anticancer drugs response
• Adriana Rosa Gambardella — Innovative Strategies Using Immune Derived Extracellular Vesicles and Epigenetic Drugs: A Nano Scale/Organ-on-Chip Framework for Melanoma Therapy
• Matteo Felice Pezzuto — Development of a Customizable 3D Human Dermal Wound Model with a Defined Wound-like Defect
• Davide Macaluso — Design, fluid dynamic validation and preliminary biological assessment of a liver–muscle multi-organ-on-chip for modelling cachexia in chronic liver disease

Flash talks II

• Stefania Parlato — Engineering Immune-Tumor-on-Chip Platforms to Dissect Immune-Tumor Crosstalk
• Lucia Gabriele — ISonChipLab: Building an Integrated Hub for Immune-on-Chip Technologies
• Joanna Filippi — Dissecting MSI-inducing drug on tumor-immune crosstalk using a colon cancer-on-chip model
• Chiara Coricciati — A scalable hiPSC-derived apical-out intestinal organoid platform for modeling barrier dysfunction and translational therapeutic screening
• Luca Francioso — An exploratory co-culture intestinal model to evaluate direct epithelial effects of SGLT2 inhibitors on barrier integrity in CKD
• Consuelo Fabi — Modeling enteric hyperoxaluria in a microphysiological system and testing of microbial metabolites as potential protective agents
• Gergő Borka — Enhanced prediction of drug-induced gastrointestinal toxicity in a human gut-on-chip
• Sara Micheli — A multi-concentration gradient microfluidic device for long-term culture of colorectal cancer patient-derived organoids
• Giacomo Cretti — Development of a microfluidic platform to generate vascularized colorectal cancer spheroids on chip
• Radhika Dhekane — A dynamic milli-fluidic coculture spheroid model of the esophageal adenocarcinoma tumor microenvironment for studying chemotherapy resistance
• Elisa Raboni — Dynamic in vitro modelling of the gut-BBB axis using the multi-organ and multi-fluidic MIVO® Organ-on-Chip platform
• Valeria Mazza — A multi-organ-on-chip platform to investigate polyphenol translocation across a dynamic gut–liver–lung axis
• Manuela Lanzafame — Melanoma-fibroblast self-organization as a platform to identify stromal re-engineering strategies in the tumour microenvironment