SMART aims to develop new monitoring and modeling strategies envisaging more efficient bioreactor-based processes for the manufacturing of hiPSC-derived cardiomyocytes for biomedical applications. Our specific objectives are:
- To develop new sensors for in-line monitoring of pH, oxygen and glucose concentration in small-scale Vertical-Wheel bioreactors;
- To characterize the hiPSC-derived cells generated in bioreactors, throughout the culture time, namely in terms of transcriptomic and metabolomic profile;
- To establish a model of hiPSC cardiac differentiation in VWB for quality control, using artificial intelligence to integrate bioprocess monitoring data with biological data from omics analysis.
To achieve these objectives, the research project comprises a highly interdisciplinary team, which includes members from two Research Groups of iBB, the Stem Cell Engineering Research Group (SCERG) and the Biospectroscopy and Interfaces Research Group (BSIRG), as well as members of Instituto de Telecomunicações (IT)/Pattern and Image Analysis (PIA-Lx) and international academic and industrial collaborators. The project tasks will be executed by researchers with complementary competencies, including bioprocess engineers with expertise in hiPSC bioprocessing, chemical researchers with expertise in fluorescence spectroscopy, and electrical engineers with expertise in artificial intelligence/machine learning.
|Approval Date: 07-11-2020|
|Start Date: 01-01-2021|
|End Date: 01-01-2025|
|Team: Ana Luisa Nobre Fred, Hugo Humberto Plácido da Silva|
|Groups: Pattern and Image Analysis – Lx|
|Partners: iBB/IST - Institute for Bioengineering and Biosciences|
|Local Coordinator: Ana Luisa Nobre Fred|