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Critical Insights in Biotechnology call for papers

Current call-for-papers opportunities for Critical Insights in Biotechnology. Ranking signals: Journal Finder match pending. Use the official publisher page to verify scope and submission rules.

Accepting CFPs for Critical Insights in Biotechnology

Developing Synthetic Biology Tools for Non-Model Organisms

Deadline 2026-09-25Taylor & Francis

Journal: Critical Insights in Biotechnology

The field of synthetic biology has made remarkable strides using model organisms. These systems have provided robust platforms for developing genetic tools, standardized parts, and engineered pathways. However, the next frontier lies in adapting these tools for non-model organisms. This will create opportunities to utilise organisms that offer unique metabolic capabilities. We are interested in exploring the develop…

Emerging Biotechnological approaches to Waste Valorisation

Deadline 2026-09-28Taylor & Francis

Journal: Critical Insights in Biotechnology

The abundance of biomass, particularly in the form of agricultural residues, lignocellulosic materials, and organic waste make it an attractive feedstock for the sustainable production of biofuels, biochemicals, and biomaterials. The field of bioengineering for biomass waste valorisation and bioremediation faces several technical and systemic challenges, including the heterogeneity of biomass feedstocks, low process…

Interdisciplinary insights into Precision Fermentation

Deadline 2026-09-28Taylor & Francis

Journal: Critical Insights in Biotechnology

Precision fermentation is a rapidly evolving field drawing expertise from across synthetic biology, metabolic engineering, chemical engineering, control and process engineering and beyond. Recent advances in the technologies underpinning precision fermentation is transforming how we produce commodity chemicals, high value complex chemicals and proteins with applications across the food, pharmaceuticals and materials…

Yeast Synthetic Biology

Deadline 2026-12-01Taylor & Francis

Journal: Critical Insights in Biotechnology

For thousands of years, we have domesticated yeasts to alter the chemical compositions of food and biomass for our benefit. The future of this relationship involves the using the tools of synthetic biology to further engineer these organisms to expand their utility. Yeasts including model and non-model have the potential to serve as chemical factories for high-value compounds including biofuels, pharmaceuticals, agr…

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