Media
Webinars
TissUse's webinars
Please register at the provided links to access the webinar recordings.
Episode 1: Most Wanted Organ-on-a-Chip Applications by Dr. Reyk Horland, TissUse GmbH
Episode 2: Modelling Immune Responses in Skin-on-Chip by Prof. Dr. Sue Gibbs, Amsterdam UMC
Episode 3: The integration of a bone marrow MPS into pre-clinical safety assessment by Dr. Rhiannon David, AstraZeneca
Episode 4: A human 3D liver-chip model for drug safety and ADME predictions: setup and applicability by Dr. Benoit Cox, UCB Biopharma
Episode 5: Application of the HUMIMIC Platform in Investigational Toxicology at Bayer by Dr. Marian Raschke, Bayer AG
Episode 6: A human kidney and liver organ-chip to study the therapeutic effects and biodistribution of MSC-derived extracellular vesicles by Bas W. M. van Balkom, PhD, UMC Utrecht
Other webinars
SaferWorldbyDesign Webinar: Multi-Organ-Chips in Safety and Efficacy Testing by Dr. Beren Ataç-Wagegg, TissUse GmbH
Application notes
Videos
Posters
- Towards an ADME-Competent 4-Organ-Chip
- OncoChip - Development of a microfluidic human test platform for immune-oncology therapy testing
- Dynamic skin and liver co-culture to assess the effect of application routes on the metabolism of AHT
- A novel microfluidic platform for pulmonary nanoparticle exposure
- Kidney-on-a-Chip - Integrating glomerular filtration and tubular reabsorption models
- Evaluation of anti-EGFR induced on- and target-mediated adverse effects in a microfluidic 3D human lung tumour - full thickness skin co-culture model
- Human Multi-Organ-Chip co-culture approach of bronchial airway and liver models for substance exposure studies
- Towards a novel human ex vivo model of Type 2 Diabetes
- Substance exposure to skin and liver co-cultures in a Multi-Organ-Chip
- Skin And Hair-On-A-Chip: Hair And Skin Assembly Versus Native Skin Maintenance In A Chip-Based Perfusion System
- Substance exposure to organotypic human liver and small intestine
- Integrating skin and vasculature in a Multi-Organ-Chip Platform
- Multi-Organ-Chip Developments
- Long-term Culture of Dermal Units in Multi-Organ-Chips
- Evaluation of EGFR induced on-target and target-mediated adverse effects in a microfluidic 3D human lung tumor-FT skin co-culture model
- Integrating Immunological Aspects into a Multi-Organ-Chip Platform
- Emulating the Human Vasculature in a Multi-Organ-Chip Platform
- Fully automated Multi-Organ-Chip assay execution and analysis
- A multi-organ-chip co-culture of human liver equivalents and neurospheres for long- term substance testing
- Building endothelial cell covered microfluidic 3D channels in miniaturized bioreactors
- Assessment Of Troglitazone Induced Liver Toxicity In A Dynamically Perfused Two-Organ Micro-Bioreactor System
- A Multi-Organ-Chip model for analysis of immune cell - skin interactions
- A Microfluidic Thyroid-Liver Platform to Investigate Thyroid Toxicity Mechanisms in Humans and Rats