Biohybrid systems epitomize a synthesis of biology and materials chemistry, leveraging engineered inorganic materials interfaced with microbial entities to catalyze chemical transformation. Critical to the future advancement of biohybrid systems is the profound understanding and optimization of interfacial electron and energy transfer mechanisms. In summary, biohybrid synthesis systems represent a confluence of biology, materials science, and renewable energy technologies that collectively redefine the paradigm of chemical manufacturing. Subject of Research: Not applicableArticle Title: Biohybrids for sustainable chemical synthesisNews Publication Date: 22-Sep-2025Web References:Energy & Environment Nexus JournalDOI linkReferences:Jiang Y, Ren G, Zhang Y, Liang P, Zhou S. 2025. Biohybrids for sustainable chemical synthesis.