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![]() ![]() ![]() Challenge: Can we improve the performance of biotechnological processes, food preservation and crop protection actions and the control of drug resistance and microbial pathogenicity by uncovering the complexity of cellular responses to new situations (e.g. stress)?
Strategic goal: Understand the complexity of cellular responses to environmental alterations and insults in order to improve biotechnological processes and applications and the efficacy of drugs and pesticides. Click on title to learn more. No comment yet.
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![]() Challenge: Can we solve current industrial bottlenecks associated with biologically based manufacturing and develop new bioprocess engineering methodologies to translate scientific developments into new products and processes?
Strategic Goal: Design and develop the tools, technologies and materials required to support the biologically based manufacturing of the future. Click on title to learn more. ![]() iBB is mobilized to tackle critical challenges in the four strategic research areas highlighted on the right.
The developments and breakthroughs in these highly dynamic areas are likely to originate products and services with a direct impact on people’s lives. Furthermore, iBB is in a position to bring added-value to these fields through its critical mass, core expertise and opportunities to build synergies.
Click on title to learn more. ![]() «The core mission of iBB is to conduct groundbreaking research that combines an understanding of the complexity and mechanisms of living systems with the application of engineering principles, to educate and train scientists and bioengineers who will contribute to foster the economic growth of biotechnology in Portugal and to transfer knowledge to society by engaging into productive relations with industrial partners, promoting the creation of start-ups and raising scientific awareness among the public.»
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![]() Challenge: Can we implement systems and synthetic biology strategies, as well as metagenomic tools to gain full understanding of biological systems and enable their redesign and construction in order to display functions more suited to specific biotechnological applications?
Strategic Goal: Strengthening and consolidation of post-genomic technologies to support and leverage iBB research in biosciences and bioengineering. Click on title to learn more. ![]() Challenge: Can we improve the bioprocessing of human stem cells and their derivatives to streamline applications in Cell Therapies, Regenerative Medicine and Toxicology/Pharmacological testing? Strategic Goal: To develop innovative engineering approaches to speed the translation of emerging stem cell science discoveries, tools and technologies into cellular and molecular therapies with significant impact on healthcare innovation and patient lifes. Click on title to learn more. ![]() iBB integrates two groups with a strong tradition in research in Bioengineering and Biosciences, the BioEngineering Research Group (BERG) and the Biological Sciences Research Group (BSRG). The management structure of iBB includes the Director, an Executive Board, a Scientific Coordination Committee, a Scientific Council and an International Advisory Committee. The operation and management of iBB is regulated by norms proposed by their members and approved within the competent university bodies.
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