Full poster PDF2026
In Vitro Assessment of Repeated-Dose Toxicity of a Refillable ENDS Aerosol Using the MucilAir Human Airway Model
Labcorp
Other 3D modelsHuman
Reconstructed human airway tissues assess biological responses to repeated aerosol exposure. Barrier integrity, viability, injury and oxidative-stress measurements characterize cumulative effects and identify sensitive readouts for evaluating respiratory exposure over time.
Research focus: Airway
Repeated-exposure inhalation toxicology
Authors & source details
Authors: Michael Hollings; Sarah Battle; Adam Seymour; Daniel Riddlestone; Jacob Lawrance; Robert Bedford
Source sector: Supplier
Full poster PDF2026
A novel organoid model for senolytic drug discovery
Scantox Neuro
OrganoidsHuman
Uses D-galactose to induce aging-associated and senescence-related changes in human cerebral organoids. The study tracks growth, neurofilament release, cell-type markers and p53/p21, providing a platform for exploring responses to senolytic compounds.
Research focus: Brain
Aging, senescence and senolytic screening
Authors & source details
Authors: Stefanie Siebert-Krassnig; Tina Loeffler; Izaskun Itxaso; Irene Schilcher; Irantzu Perez Ruiz; Magdalena Daurer; Manuela Prokesch
Source sector: Supplier
Full poster PDF2026
Characterisation of LPS-Induced Inflammation in a Human 3D Airway Epithelium Model and Comparison with an Established In Vivo Rodent Model
Labcorp
Other 3D modelsHuman
A reconstructed human airway model is compared with an established rodent inflammation model. The poster examines shared inflammatory pathways and differences in response timing to assess the model’s potential for early therapeutic screening.
Research focus: Airway
Inflammation modeling and preclinical translation
Authors & source details
Authors: Emilia Szlosarek; Agnieszka Dębowska; Natasha Scott; Jacob Lawrance; Robert Bedford; Joanne Hubbard; Louise Haste; Stephen Jordan
Source sector: Supplier
Full poster PDF2026
Developing human iPSC-derived cerebral organoids for stroke modelling: multi-level quality validation
University of Strathclyde; University of Edinburgh
OrganoidsHuman
Human iPSC-derived cerebral organoids undergo multilevel quality validation, including growth and functional imaging, establishing a human neuronal platform for future ischaemic stroke modelling and therapeutic candidate assessment.
Research focus: Brain
Stroke model quality validation
Authors & source details
Authors: Simon Achi Omerigwe; Kathryn Newton; Kathryn R. Bowles; Trevor Bushell; Natividad Gomez-Roman; Hilary V.O. Carswell
Source sector: Academic
Full poster PDF2026
Enhanced Expansion of Primary Human Airway Epithelial Cells While Preserving Differentiation Capacity
STEMCELL Technologies; University of British Columbia; BC Cancer
Other 3D modelsHuman
Examines expanded human airway epithelial cells and their capacity to form differentiated airway tissues, measuring retained cell identity, epithelial barrier properties and ion-channel function.
Research focus: Airway
Epithelial expansion and functional differentiation
Authors & source details
Authors: Philipp Kramer; Natalie Ronaghan; Van Do; Lauren C. Davis; Naomi Potter; Marisa Tellis; Xindi Wang; Georgios Stroulios; Bradley S. Quon; Yaoyao Chen; Allen C. Eaves; Sharon A. Louis
Source sector: Supplier
Full poster PDF2026
Functional Analysis of iPSC-derived Three-Dimensional Models on Traditional and Novel Microelectrode Arrays
Axion BioSystems
OrganoidsSpheroidsHuman
Compares imaging and microelectrode array approaches for neural organoid characterization, including specialized electrode designs that capture functional responses across three-dimensional cultures.
Research focus: Brain / midbrain
Electrophysiology and compound screening
Authors & source details
Authors: Benjamin W. Streeter; Denise D. Sullivan; J. Pires; P. Lindqvist; Austin Passaro; Stacie A. Chvatal; Daniel C. Millard
Source sector: Supplier
Full poster PDF2026
Non-destructive multiplexed imaging of 3D liver microtissues for multi-modal DILI assessment
InSphero; Alithea Genomics
SpheroidsHuman
Integrates repeated imaging and molecular measurements in human liver microtissues to assess drug-associated injury. The poster explores complementary biological readouts from the same 3D tissues for interpreting toxicity mechanisms.
Research focus: Liver
Drug-induced liver injury assessment
Authors & source details
Authors: Tamara Häfeli; Özlem Yavas Grining; Agnieszka Pawlowska; Yasmin Furer; Silja Placzek; Vincent Hahaut; Alexandre Coudray; Judi Wardwell Swanson; Madhu Lal-Nag; Daniel Alpern; Olivier Frey
Source sector: Supplier
Full poster PDF2026
Scalable Whole-Plate Calcium Imaging of Human iPSC-Derived Neural Spheroids for Drug Screening and Neurotoxicity Assessment
InSphero; Ramona Optics
SpheroidsHuman
Uses whole-plate calcium imaging to measure functional activity in human neural spheroids. The poster explores scalable analysis of neuronal responses and compound effects for drug screening and neurotoxicity assessment.
Research focus: Brain
Neural activity, drug screening and neurotoxicity
Authors & source details
Authors: Lukas Minder; Yasmin Furer; Flavio Bonanini; Olivier Frey; Clay Dugo; John Efromson; Mark Harfouche; David Fluri
Source sector: Supplier
Full poster PDF2026
Studying Fibrosis using 3D InSight Human MASH Microtissues Leveraging ZEISS Lattice Lightsheet 7 for 3D High-Content Analysis
InSphero; ZEISS Microscopy
SpheroidsHuman
Combines multicellular human MASH liver microtissues with light-sheet imaging to characterize fibrosis. The poster examines fibrotic structure and compound-associated changes through complementary molecular, imaging and three-dimensional analysis readouts.
Research focus: Liver
MASH fibrosis and 3D imaging
Authors & source details
Authors: Özlem Yavas Grining; Sophie Saboz; Tamara Häfeli; Natacha Levi; Francisco Verdeguer; Jörg Siebenmorgen; Ralf Wolleschensky; Christopher Zugates; Maurizio Abbate; Wolfgang Giese; Katharina Braunger; Olivier Frey
Source sector: Supplier
Full poster PDF2026
Development of a 3D perfused melanoma-on-a-chip model to evaluate efficacy and toxicity of a CAR T-cell therapy
CN Bio Innovations; Université Paris Cité
Organ-on-chip / MPSHuman
A perfused melanoma model separates tumor cells from CAR T cells with an endothelial barrier. The poster examines immune-cell migration and tumor killing, showing how vascular access changes measured therapeutic activity.
Research focus: Melanoma / vascular barrier
CAR T-cell trafficking and efficacy
Authors & source details
Authors: Daniel Rieger; Yassen Abbas; Tomasz Kostrzewski
Source sector: Supplier
Full poster PDF2026
Contactless glucose monitoring in organ-on-a-chip systems using NIR/MIR spectroscopy
CSEM SA; FEMTOPRINT SA; ALPES Lasers SA
Organ-on-chip / MPSHuman
An updated glucose-monitoring demonstrator combines infrared optical sensing and organ-chip sampling compartments. The poster reports dual-wavelength NIR precision and lactate interference, while cell-culture-media and liver–pancreas validation are planned for the next development phase.
Research focus: Liver–pancreas (planned validation)
Non-contact metabolic monitoring
Authors & source details
Authors: E. Möhr; V. Zubkovs; C. Beyer; A. Lovera; D. Toliopoulos; Y. Francescato; C. Bleich; V. Robbiani; S. Cattaneo
Source sector: Research institute
Full poster PDF2026
A novel lab-on-chip platform to modeling cancer metastasis for drug discovery
Hamad Bin Khalifa University
Organ-on-chip / MPSHuman
Presents a high-throughput metastasis-on-chip model integrating breast cancer cells, fibroblasts and endothelium. The platform captures invasion and intravasation and identifies compounds with distinct effects on tumour behaviour and endothelial barrier function.
Research focus: Breast / vascular interface
Metastasis and anti-invasive drug screening
Authors & source details
Authors: L. Yildiz Ozer; H. Fayed; J. Ericsson; A. Al Haj Zen
Source sector: Academic
Full poster PDF2026
A Scalable Platform for Mapping Tumor Spatial Architecture in Patient-Derived Organoids to inform drug screens
Lausanne University Hospital; University of Lausanne; EPFL; Institute of Cancer Research; Zetta25; DOPPL; Swiss Institute of Bioinformatics
OrganoidsHuman
Combines spatial profiling, single-cell analysis and organoid imaging to map colorectal tumour architecture. Matched tumour–organoid comparisons and fibroblast co-cultures support investigation of cellular heterogeneity, morphology and drug responses in patient-derived models.
Research focus: Colorectal
Spatial heterogeneity and drug screening
Authors & source details
Authors: Maxim Norkin; Jonathan Bac; Louis McConnell; Christophe Cisarovsky; Marina Alexandre-Gaveta; Sylvie Andre; Simon Tanaka; Antonia Digklia; Sylke Hoehnel; Stephanie Tissot; Joerg Huelsken; Marianna Rapsomaniki; Raphael Gottardo; Krisztian Homicsko
Source sector: Academic
Full poster PDF2026
High-Throughput Automated Organoid-Based Chemosensitivity Profiling Maps the Drug Response Landscape for Precision Oncology in Cholangiocarcinoma
Beijing Tsinghua Changgung Hospital; Tsinghua University; TECAN Shanghai
OrganoidsHuman
Establishes a cholangiocarcinoma organoid biobank and automated chemosensitivity profiling platform. The poster compares responses across patient-derived models and chemotherapy agents, generating a response landscape intended to inform functional precision oncology research.
Research focus: Biliary tract
Chemosensitivity profiling
Authors & source details
Authors: Ziye Chen; Tianzi Luo; Mingming Ren; Meidai Liang; Alina Li; Xu Jiang; Ken Wang; Landry Hu; Hui Bai; Yunfang Wang
Source sector: Academic
Full poster PDF2026
Xenograft tissue slice tandem co-cultures as models for ex vivo analyses of glioblastoma invasion or tumor brain metastasis
Leipzig University; Adelaide University; Comprehensive Cancer Center Central Germany
SpheroidsHuman / Mouse
Combines tumour xenograft slices or spheroids with cortical brain slices to visualise glioblastoma invasion and breast cancer brain metastasis. Drug comparisons distinguish effects on invasive cells from effects on the bulk tumour.
Research focus: Brain / breast metastasis
Tumour invasion and therapy response
Authors & source details
Authors: Heike Franke; Kim K. Wagner; Lena-Marie Holzweißig; Andrea J. Yool; Achim Aigner
Source sector: Academic
Full poster PDF2026
Development of Robust Evaluation of T Cell Subsets with T cell Activation in a 3D Tumor–PBMC Co-Culture Model Enables Reliable Phenotyping and Cytotoxicity Assessment
Champions Oncology
Other 3D modelsHuman
Uses 3D tumor and peripheral immune cell co-cultures to characterize T-cell activation and tumor effects. The poster evaluates marker preservation, immune subset measurements and complementary functional readouts for treatment assessment.
Research focus: Cancer, multiple tissues
Immune phenotyping and cytotoxicity assessment
Authors & source details
Authors: Xiangyang Zhang; Maxwell Ederer; Haoting Hsu; Brandon Walling; Maria Mancini
Source sector: Supplier
Full poster PDF2026
Modeling MASLD in a Dynamic Human Liver Microphysiological System
ATCC
Organ-on-chip / MPSHuman
Develops a perfused primary-human-hepatocyte model of metabolic liver disease, using lipid accumulation, inflammatory signals and gene-expression measurements to characterize disease-related responses.
Research focus: Liver
Steatosis, inflammation and toxicology
Authors & source details
Authors: Ash Lee Manley (presenter; see PDF for complete author list)
Source sector: Supplier
Full poster PDF2026
Modeling Tumor–Immune Dynamics: Patient-Derived Cancer Based Fluidic System for In Vitro Immunotherapy
ATCC
OrganoidsOrgan-on-chip / MPSHuman
Combines lung tumour organoids, stromal cells and immune cells in static and microfluidic models. Imaging and viability readouts evaluate immune-cell interactions and tumour killing.
Research focus: Lung
Tumour–immune interactions and immunotherapy screening
Authors & source details
Authors: Fernanda Ventura; Ash Lee Manley; Changsuk Moon; Carolina Lucchesi
Source sector: Supplier
Full poster PDF2026
Patient-Derived Organoids for Triple Negative Breast Cancer: Characterization and Functional Applications
ATCC
OrganoidsHuman
Characterizes patient-derived breast organoids across molecular subtypes, including triple-negative disease, using genomic, histological and drug-response readouts to explore model-specific therapeutic sensitivities.
Research focus: Breast
Tumour heterogeneity and drug-response profiling
Authors & source details
Authors: Ruby E. Thamert; Stephen Friend; Matthew Graziano; Emma Knapp; Utsav Sharma; Abhay Andar; Carolina Lucchesi
Source sector: Supplier
Full poster PDF2026
Patient-Derived Tumor Organoids: Characterization and Functional Applications
ATCC
OrganoidsHuman
Describes the HCMI patient-derived model collection, with pancreatic and colorectal organoid characterization and drug-response examples supporting translational oncology and model selection.
Research focus: Pancreas / Colorectal cancer
Biobanking and functional oncology models
Authors & source details
Authors: Stephen Friend; Matthew Graziano; Ajeet Singh; Ruby E. Thamert; Changsuk Moon; Fernanda Ventura; Amy Reese; Utsav Sharma; Jonathan Jacobs; Abhay Andar; Carolina Lucchesi
Source sector: Supplier
Full poster PDF2026
A human induced pluripotent stem cells-based liver assembloid platform for investigating ischemia/reperfusion injury
IRCCS ISMETT; Chongqing Medical University; Management Center Innsbruck; Ri.MED Foundation
OrganoidsAssembloidsHuman
Human iPSC-derived liver assembloids combine multiple cell populations to study ischemia/reperfusion injury, supporting assessment of hepatic organization, functional responses and regenerative mechanisms relevant to liver transplantation.
Research focus: Liver
Ischemia/reperfusion injury
Authors & source details
Authors: R. Perriera; C. Ferraro; M. Jovic; Minjie Zhao; M. Cimino; M. Morsicato; C. Carcione; A. Gallo; N. Cuscino; S. Gruttadauria; V. Agnese; M. Pinzani; G. Zito
Source sector: Academic
Full poster PDF2026
A patient-derived hepatocyte organoid model for testing antioxidant strategies in paediatric metabolic dysfunction-associated steatotic liver disease
Bambino Gesù Children’s Hospital
OrganoidsHuman
Patient-derived hepatocyte organoids model paediatric steatotic liver disease and evaluate antioxidant strategies, using cellular and functional measurements to investigate metabolic injury and potential protective responses in human tissue.
Research focus: Liver
Paediatric MASLD antioxidant responses
Authors & source details
Authors: Francesca Tiano; Maria Rita Braghini; Flavia Grignaffini; Cristiano De Stefanis; Riccardo Cirelli; Paola Francalanci; Rita Alaggio; Carlo Dionisi-Vici; Marco Spada; Anna Alisi
Source sector: Academic
Full poster PDF2026
Activation of SIRT5 drives mitochondrial dysfunction, impaired hepatic differentiation and steatotic injury in human liver organoids
IRCCS ISMETT; Ospedale di Acireale
OrganoidsHuman
Human liver organoids examine SIRT5-associated mitochondrial function, differentiation and lipid stress, linking enzyme activation with injury-related changes and supporting assessment of molecular mechanisms underlying steatotic liver disease.
Research focus: Liver
SIRT5 and steatotic injury
Authors & source details
Authors: Maura Cimino et al.
Source sector: Academic
Full poster PDF2026
Characterisation and applicability of a 3D coculture spheroid model for drug-induced liver injury
German Federal Institute for Risk Assessment; Signatope
SpheroidsHuman
A three-dimensional hepatic coculture spheroid model is characterized using morphology, secretion and metabolic readouts, supporting evaluation of drug-induced liver injury and comparison with conventional cellular systems.
Research focus: Liver
Drug-induced liver injury
Authors & source details
Authors: Neele Wewer; Lisa Rogalski; Helen Wagner; Julia Böhme; Maxi Paul; Albert Braeuning; Dajana Lichtenstein
Source sector: Regulator