Resource LibraryWebinarsThe World is Your Organ-Chip: Exploring the Depths of Biological Possibilities with Organ-on-a-Chip TechnologyWant to improve your research with Organ-on-a-Chip technology? Watch this on-demand webinar to see how you can create Organ-Chip models from scratch and customize them for your specific research applications. Filter by Applications View all ApplicationsADMECancerCell TherapyGene TherapyImmunology & InflammationInfectious DiseaseMicrobiomeNeuroscienceOrgan-on-a-Chip TechnologyOtherToxicologyFilter by Organ Models View all Organ ModelsCancer ModelsCardiovascular SystemCentral Nervous SystemDigestive SystemLiverLymphatic SystemMusculoskeletal SystemReproductive SystemRespiratory SystemSkinUrinary SystemFilter by Products View all ProductsBasic Research Kit: Chip-A1Basic Research Kit: Chip-R1Basic Research Kit: Chip-S1BioKit: Colon Intestine-ChipBioKit: Duodenum Intestine-ChipBioKit: Kidney-ChipBioKit: Liver-ChipContract Research ServicesHuman Emulation SystemWebinarsPublicationsData SheetsVideosPosterseBooksApplication & Technical NotesBrochuresWebinarsDevelopment of a Lymphoid Organ-Chip to Evaluate mRNA Vaccine-Boosting StrategiesBasic Research Kit: Chip-S1Heidelberg MPS DayEmulate BioKits: Innovative Case Studies in Disease Modeling and Immunotherapy SafetyBioKit: Colon Intestine-ChipBioKit: Duodenum Intestine-ChipBioKit: Kidney-ChipOrgan-Chips 201: The Importance of Flow, Stretch, and Stroma for in vitro ModelingHuman Emulation SystemOrgan-Chips 101: Bridging the Gap Between Traditional Models and Human BiologyPresented by Luke Dimasi – Senior Director, Product Management, Emulate, Gautam Mahajan, PhD – Principal Scientific Lead, EmulateHuman Emulation SystemModeling the Holistic Journey of Solid Tumor Cell Therapy with Organ-ChipsBasic Research Kit: Chip-S1See MorePublicationsEmulate Community Publications Digest: Fall 2024 IssueOctober 2024Human Emulation SystemModeling memory B cell responses in a lymphoid organ-chip to evaluate mRNA vaccine boostingThe Journal of Experimental Medicine | Sep 2024Basic Research Kit: Chip-S1An alveolus lung-on-a-chip model of Mycobacterium fortuitum lung infectionbioRxiv | Aug 2024Basic Research Kit: Chip-S1Human quad liver-on-chip system as a tool toward bridging the gap between animals and humans regarding toxicology and pharmacology of a cannabidiol-rich cannabis extractBioKit: Liver-ChipOrgan chips with integrated multifunctional sensors enable continuous metabolic monitoring at controlled oxygen levelsBasic Research Kit: Chip-S1Exacerbation of influenza virus induced lung injury by alveolar macrophages and its suppression by pyroptosis blockade in a human lung alveolus chipBasic Research Kit: Chip-S1See MoreData SheetsOrgan-Chip Consumables Selection ChartBasic Research Kit: Chip-A1Basic Research Kit: Chip-R1Basic Research Kit: Chip-S1Chip-R1™ Basic Research Kit Data SheetBasic Research Kit: Chip-R1Chip-A1 Basic Research Kit Data SheetBasic Research Kit: Chip-A1Duodenum Intestine-Chip S1 BioKit Data SheetBioKit: Duodenum Intestine-ChipContract Research Services Data SheetContract Research ServicesChip-S1 Basic Research Kit Data SheetBasic Research Kit: Chip-S1See MoreVideosExplore the Emulate Organ-Chip PortfolioBasic Research Kit: Chip-A1Basic Research Kit: Chip-R1Basic Research Kit: Chip-S1Evaluating Solid Tumor CAR T Efficacy with Organ-on-a-Chip TechnologyBasic Research Kit: Chip-S1An Unparalleled Window into IBD Immune Response with Organ-on-a-Chip TechnologyBioKit: Colon Intestine-ChipPostersEvaluating the Hepatotoxicity of Cannabidiol, Cannabinol, Cannabichromene and Cannabigerol Using a Human Quad-Culture Liver-ChipBioKit: Liver-ChipCAR T-Cell Recruitment and Killing can be Evaluated on an Organ-Chip Model SystemBasic Research Kit: Chip-S1On the potential of the Human Liver-Chip as a model of cholestatic toxicityBioKit: Liver-ChipEvaluating the immunotoxicity of CD137-induced agonism on the Emulate Human Liver-ChipBioKit: Liver-ChipChimeric antigen receptor-T cell efficacy can be evaluated on an Organ-Chip model systemBasic Research Kit: Chip-S1Inflammatory bowel disease (IBD)-specific immune cell recruitment and response can be modulated with anti-TNF-α therapies in the human Colon Intestine-ChipBioKit: Colon Intestine-ChipSee MoreeBooksCreating Bone-Chip Models to Discover New Insights into the Mechanisms of Breast Cancer MetastasisBasic Research Kit: Chip-S1Case Study: Revolutionizing Viral Infectious Disease Research and Drug Discovery with Organ-on-a-Chip TechnologyHuman Emulation SystemImproving Inflammatory Disease Drug Development with Organ-on-a-Chip TechnologyHuman Emulation SystemImproving Gene Therapy Development with Organ-on-a-Chip TechnologyBioKit: Liver-ChipAn Introduction to Organ-on-a-Chip TechnologyHuman Emulation SystemApplication & Technical NotesEvaluating CAR T-Cell Therapy Vascular Recruitment, Trafficking & Killing Efficacy with Organ-on-a-Chip TechnologyBasic Research Kit: Chip-S1Testing Transduction of AAV-Based Therapeutics on the Liver-ChipBioKit: Liver-ChipModeling Inflammation-Specific Immune Cell Recruitment in the Colon Intestine-ChipBioKit: Colon Intestine-ChipCytokine-Mediated Inflammation in the Colon Intestine-ChipBioKit: Colon Intestine-ChipDuodenum Intestine-Chip for Modeling Human PhysiologyBioKit: Duodenum Intestine-ChipApplication of the Species-Specific Liver-Chip in Predicting HepatotoxicityBioKit: Liver-ChipSee MoreBrochuresEmulate Contract Research Services BrochureContract Research ServicesHuman Emulation System BrochureHuman Emulation System
