Organoids and organ-on-a-chip systems
A limitation for animal models is that they cannot recapitulate all aspects of complex human disease, or reliably identify potential safety and efficacy issues in humans. However, uniform cultures of human cells lack a physiological context. Tissue engineered organoids and organ-on-a chip systems aim to retain the cell diversity and three dimensional context seen in vivo; they thereby provide a promising approach to model both development and disease in vitro, and offer an alternative to animal models for pre-clinical drug testing. This Collection will focus on newly developed organoid and organ on-a-chip systems, and the application of these systems to explore both organ function and approaches for drug development.
Editors
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Catarina Brito
iBET & ITQB NOVA, Portugal
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Norikatsu Miyoshi
Osaka University, Japan
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Sean Murphy
Wake Forest School of Medicine, USA
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Yu-Chieh (Jack) Wang
Medical College of Wisconsin, USA
Submitting a paper for consideration
This Collection is now closed for uninvited submissions. Please contact the Collections team for any late submission enquiries.
Accepted papers are published on a rolling basis as soon as they are ready.
In addition to papers on organoids, Scientific Reports welcomes all original research in the field of tissue engineering. To browse our latest articles on tissue engineering click here.
