FOSBE 2024: Building the Future; Education and Innovation in Systems and Synthetic Biology

This collection spotlights how industry–academia collaboration and rigorous modeling tools are jointly shaping the future of systems biology education and practice. One article makes the case that partnerships—spanning joint research, co-designed curricula, and specialized training—are essential to build a workforce fluent in systems modeling and quantitative systems pharmacology (QSP) for drug development, offering clear success criteria at MSc/PhD levels and pragmatic guidance on aligning incentives despite challenges like resources and IP. Complementing this, “Biotechnology Systems Engineering: Preparing the Next Generation of Bioengineers” underscores the curricular and training frameworks needed to equip emerging bioengineers with systems thinking and practical skills. A third contribution advances the methodological backbone: moving from flux balance analysis to self-contained kinetic models that honor mass conservation and thermodynamic constraints, with illustrative examples and Matlab Live Scripts to bridge theory and application. Together, these pieces map a coherent strategy—pairing educational innovation with robust, physics-aware modeling—to accelerate discovery and translate systems biology into impactful biopharmaceutical research.
----
As the fields of Systems Biology and Synthetic Biology continue to advance, they are poised to revolutionize our understanding and manipulation of biological systems. The intersection of these sciences offers vast potential for unprecedented innovations in healthcare, environmental sustainability, and biotechnology. However, realizing this potential requires concerted efforts in education, collaboration, and innovation.

This Research Topic aims to explore the transformative impact of education and innovation in Systems and Synthetic Biology. By bringing together educators, researchers, industry leaders, and policymakers, we seek to foster a holistic dialogue that will shape the future of these dynamic fields and promote integration.

Focus Areas:
1. Training the Next Generation: Leveraging advanced pedagogical methods to equip aspiring scientists with the skills and knowledge necessary to thrive in Systems and Synthetic Biology.
2. Educational Frameworks and Curriculum Development: Innovative approaches to curriculum design that integrate interdisciplinary science, technology, engineering, and mathematics (STEM) education with Systems and Synthetic Biology.
3. Intergovernmental Infrastructures and Organizations: Supporting research communities, fostering collaboration, open science, integration, standardization and interoperability.
4. Bridging Academia and Industry: Fostering partnerships that create pathways for commercialization, industry collaborations, and entrepreneurship.
5. Innovation and Entrepreneurship: How groundbreaking research in Systems and Synthetic Biology is translating into novel products, services, and start-ups.
6. Funding Strategies: Effective ways to secure funding for research, education, and entrepreneurial initiatives in Systems and Synthetic Biology.
7. Publishing and Dissemination: Strategies and best practices for effective communication and publication of research findings, ensuring maximal impact and accessibility.

This Research Topic is inspired by the FOSBE 2024 panel discussions:
• "Systems and Synthetic Biology: Innovation and Entrepreneurship": Exploring how cutting-edge innovation in Systems and Synthetic Biology is fostering new entrepreneurial ventures, and the challenges and opportunities faced by start-ups in this domain.
• "Systems and Synthetic Biology: What About Training, Funding, and Publishing": Addressing the critical elements of training future researchers, securing necessary funding, and effectively publishing and disseminating research outcomes.

We invite the submission of a wide range of article types, including but not limited to:
• Original Research Articles
• Review / Mini Review Articles
• Perspective and Opinion Pieces (Particularly from early stage researchers)
• Case Reports | Data Reports
• Methodology| Technology and Code
• Policy and Practice Reviews

By bringing together diverse perspectives and insights, this Research Topic aims to build a comprehensive understanding of the strategies and initiatives that can drive the future of education and innovation in Systems and Synthetic Biology. Join us in shaping the future of this dynamic field.

Keywords: Systems Biology, Synthetic Biology, Innovation, Biotechnology, Healthcare, Education

Important note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.