The field of biotechnology has been instrumental in driving sustainable innovations, and its impact continues to expand through dedicated scientific platforms. The success of the newly launched journals including Biotechnology for Sustainable Materials, Biotechnology for the Environment, and Blue Biotechnology is rooted in the strong foundation established by the Biotech family of journals such as Microbial Cell Factories, Fungal Biology and Biotechnology for Biofuels and Bioproducts. These journals have provided a platform for high-impact research in applied and industrial biotechnology, demonstrating how microbial and biochemical processes can be harnessed to address pressing global challenges.

Building on this legacy, Biotechnology for Sustainable Materials was launched to provide a specialized platform for research at the intersection of biotechnology and material science. The journal is committed to advancing a circular bioeconomy by encouraging innovations in bio-based, biodegradable, and recyclable materials. Our focus extends across multiple domains, from microbial and plant-derived biopolymers to biofabrication, enzymatic recycling, and green chemistry solutions. Recent publications in our journal reflect this commitment. Research on bacterial nanocellulose bioinks​ demonstrates their potential for 3D bioprinting applications, enabling high-resolution, biocompatible structures for medical and industrial uses _(BMC).  Advances in microbial and enzymatic plastic degradation​ highlight new enzymatic pathways for polymer breakdown, addressing one of the most pressing environmental concerns of our time _(BMC).  Furthermore, cutting-edge studies on polyhydroxyalkanoate biosynthesis​ introduce novel monomers that enhance material crystallization and thermal stability, expanding the possibilities for sustainable plastics _(BMC). Ongoing collections on topics (i) Green carbon revolution: lignocellulose-based carbon materials powering future biomaterial solutions _(BMC),  and (ii) Sustainable materials for biomolecules sensing _(BMC) are open for submission. Our journal does not merely focus on material discovery but also considers aspects of life-cycle assessments, techno-economic feasibility, and policy implications. By integrating biotechnology-driven materials research with sustainability principles, we aim to drive responsible innovation that aligns with the Sustainable Development Goals.

The growing environmental crisis demands urgent action and innovative solutions. With pollution, habitat destruction, and resource depletion threatening global ecosystems, biotechnology emerges as a powerful tool to combat these challenges. By harnessing biological systems and processes, we can develop sustainable strategies for pollution mitigation, resource recovery, and ecosystem restoration. Biotechnology for the Environment has been at the forefront of publishing groundbreaking research that addresses environmental challenges through biotechnological innovations. Recent publications have showcased significant advancements in pollutant biodegradation, sustainable resource management, and environmental conservation. Notable studies include research on microbial isolates from plastic-polluted environments, exploring their ability to utilize biopolymers _(BMC) or enhance synthetic polymer degradation _{(BMC; BMC).} Studies have also covered the chemoenzymatic production of HMF _(BMC), bioethanol production from renewable biomass _(BMC)), and bioremediation of e-waste _(BMC) and industrial wastewater _{(BMC; BMC; BMC)} to remove contaminants. Additional research has focused on biomethanation for electricity generation _(BMC) and comprehensive assessments of the environmental impact of biotechnological applications _(BMC). The journal has also published studies on the applications of microalgae for bioremediation _(BMC), as well as the discovery of novel enzymes, bioactive compounds, and microbial strains for use in the field of industrial biotechnology _(BMC). Ongoing collections on biotechnological advancements to tackle climate change _(BMC), as well as water treatment and waste resource utilization _(BMC), remain active and continue to accept relevant research submissions. By providing a platform for impactful research and curating specialized collections, Biotechnology for the Environment remains committed to advancing the application of biotechnology in solving pressing environmental issues.

Blue Biotechnology is committed to creating a diverse platform that covers all research achievements and applied studies in biotechnology related to marine resources. Our research subjects include aquatic organisms (algae, bacteria, fungi, insects, and animals) with research areas encompassing all application research and fundamental research related to marine biotechnology applications. In the past issues of Blue Biotechnology, Chlorella vulgaris, and Nannochloropsis oculata used in wastewater treatment have not only reduced costs and improved efficiency but also promoted the production of high-quality aquatic feed _{(BMC; BMC).} This demonstrates the powerful capability of marine biotechnology in efficiently processing biomass waste and converting it into high-value products. Advances in fish cell line research highlighted the progress in cell immortalization technology based on telomerase and viral oncogenes, enabling continuous cell proliferation and genetic stability _(BMC). This has significant implications for the reliability of biomedical science achievements based on cell research. Active compounds derived from marine algae can inhibit quorum sensing among pathogenic bacteria, offering a new potential solution to one of the major challenges of the 21^st century—the increasing resistance of pathogenic bacteria _(BMC). These reflect our in-depth research in marine biological resources and technologies. Our journal welcomes any research contributions related to marine biotechnology, while also taking into account policy issues, life cycle assessments, and techno-economic feasibility. We hope that through continuous exploration of the ocean, biotechnology can be utilized to promote the sustainable development of the blue bioeconomy and marine resources.

We invite researchers to contribute their latest findings and be part of this transformative movement. With the support of our Biotech journal family, we are promoting an ecosystem where interdisciplinary research can thrive. We encourage you to submit your work to these newly launched journals and help shape the future of biotechnology.