Call for Abstract Submission
Abstract Submission is closed at this time.
Microphysiological System (MPS): cell culture systems replicating (patho-) physiology through engineered organ architecture and functionality. This includes especially 3D-(co-)cultures such as organoids, organ-on-chip models, and multi-organ models, as well as the technologies to engineer and analyze these systems.
Abstracts are invited on the topic of new developments in MPS and applications of MPS, which are divided in three tracks.
- Track 1: MPS development: bioengineering models and readouts
- Track 2: MPS for industrial and regulatory application: Standardization, QA, parallelisation and automation
- Track 3: MPS for disease modeling, safety testing and basic research
Top scored abstracts will be selected for an oral presentation at one of 24 scientific sessions.
Abstract Submission Guidelines
- All abstracts will be evaluated and selected for oral or poster presentation by the MPS Scientific Advisory Committee
- Abstracts must be in English and no more than 350 words (references included; title, authors excluded)
- Pictures, figures, attachments are not permitted
- Include no more than three references
- Make sure to select your preferred track/sessions
- Only one abstract is allowed for one presenting author
- All presenters must be registered for the conference, if accepted
Address your questions to: [email protected]
Themes
- Immunology in MPS
- End-users case studies
- ADME and PK/PD modelling with MPS
- Microfabrication, Instrumentation & Sensors
- Scalability, automation and throughput
- MPS Disease models
- Vascularization of MPS
- Applications in drug development – Efficacy
- MPS for acute and repeated toxicity
- Combining MPS with AI and in silico
- Applications in drug development – Safety
- Modeling developmental biology
- Real-time and in-situ monitoring of MPS systems
- Next-Generation Risk Assessment
- Addressing Reproduction & Endocrinology with MPS
- (Bio)Material Advances in MPS
- Translating MPS-based assays into cosmetics and consumer product industries
- MPS in cancer research: next generation tumor models
- Cell sources for multi-organ systems
- MPS from development to commercialization
- MPS in precision medicine
- MPS for organ interactions
- Reproducibility of MPS
- MPS to address infections