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- Poster
- Liver Safety
Liver microtissues – a highly reproducible in vitro test system for safety assessment of small molecules
- Poster
- Liver Safety
Leveraging Human, Animal Liver Microtissues and Low-Input RNA-Sequencing to Characterize Mechanisms of Drug-Induced Liver Injury
- Poster
- Liver Disease
The lipid synthesis inhibitors ACC (Firsocosat) and DGAT2 (Ervogastat) reduce triglyceride contentindependently, but only Ervogastat also reduces fibrosis biomarkers in human liver spheroids
- Poster
- 3D Cell Culture Technology, Liver Safety
Multiparameter-based assays in 3D human liver microtissues: Towards multiplexed in vitro NAMs for drug-induced liver injury (DILI) assessment
- Poster
- 3D Cell Culture Technology, Liver Disease
Machine learning-based, label-free detection of anti-fibrotic effects in a 3D retinal fibrosis model using bright-field imaging
- Poster
- Liver Disease, Liver Safety
Application of InSight™ human 3D MASLD/MASH spheroid models for DILI assessment of compounds
- Poster
- Oncology & Immunology
Recapitulating Tumor Complexity In Vitro: A High-Throughput 3D Microtissue Platform for Oncology Drug Screening and Validation
- Poster
- Oncology & Immunology
Bridging the Gap Between In Vitro and In Vivo : STC-1010 Cancer Vaccine Efficacy in 3D Tumor Spheroids
- Poster
- Oncology & Immunology
Development of the in vitro 3D Spheroid High-Throughput Screening Platform for the Development of Immune Checkpoint Inhibitors
- Poster
- Oncology & Immunology
Unlocking the potential of 3D patient-derived tumor microtissues as reliable and scalable in vitro pre-clinical models
- Poster
- Oncology & Immunology
Scalable and Reproducible 3D Tumor Spheroid Models for Assessing Therapeutic Antibody Penetration and Efficacy
- Poster
- Liver Disease
Screening and comparison of current clinical candidates and various modalities in MASH using human liver spheroids
- Poster
- Liver Safety
Species-specific Liver Microtissues: A Set Of Microphysiological Systems To Assess Translational Hepatotoxicity In Drug Development
- Poster
- Oncology & Immunology
A Novel Microplate Format for Tumor Cell Cryopreservation and 3D Tumor Spheroids Formation to Streamline Pre-clinical Drug Testing
- Poster
- Liver Safety
Early Detection of Hepatotoxic Compounds in Drug Development: Leveraging the Potential of Human Liver Microtissues for Predictive Screening
- Poster
- 3D Cell Culture Technology
Assessment of cancer metastatic potential in Akura™ Immune Flow Platform
- Poster
- 3D Cell Culture Technology, Liver Disease
Scalable 3D Cell Culture-based Retinal Fibrosis Model for Efficacy Testing
- Poster
- Oncology & Immunology
Assess the effects of tumor-dendritic cell reprogramming, using the 3D InSight™ Oncology and Immunology Platform
- Poster
- Liver Disease
Digital pathology with artificial intelligence analysis provides insight to the efficacy of anti-fibrotic compounds in human 3D MASH model
- Poster
- 3D Cell Culture Technology
Extending the choice of ULA plates for primary 3D human liver spheroid formation and experimentation with the Akura™ Spheroid Microplates
- Poster
- 3D Cell Culture Technology
Deciphering Metabolic Cross-Talk: Insights into Liver-Islet Interactions with human Microtissues and scalable Microphysiological Systems
- Poster
- 3D Cell Culture Technology, Oncology & Immunology
Assessment of immune cell infiltration and cancer metastatic potential in Akura™ Immune Flow Chip - A microfluidic 3D spheroid system
- Poster
- Oncology & Immunology
New microplate platform with cryopreserved 3D tumor spheroids for faster and convenient pre-clinical testing
- Poster
- 3D Cell Culture Technology, Liver Safety, Oncology & Immunology
Mitigation of liver toxicity effects of bispecific T cell engagers in immune-competent liver-tumor co-culturing high-throughput platform
- Poster
- Liver Safety
Initial evaluation of the use of human liver microtissues for the hepatotoxicity assessment of antisense oligonucleotides
- Poster
- Liver Disease
Patient-derived steatotic hepatocytes reveal non-cell autonomous inflammation and fibrogenic effects in multicellular liver spheroids
- Poster
- 3D Cell Culture Technology
3D High-content imaging in Akura™ 384 with minimal optical aberration enables accurate quantitation of co-localized fluorescent signals within the nuclei of a 3D spheroid model
- Poster
- 3D Cell Culture Technology