This study explores the impact of coffee flavor influenced by fermentation,microorganisms,and flavor precursors.The microbial processes during fermentation and the resulting chemical transformations were given special...This study explores the impact of coffee flavor influenced by fermentation,microorganisms,and flavor precursors.The microbial processes during fermentation and the resulting chemical transformations were given special attention.The composition and metabolic functions of microbial populations were found to play a crucial role in modifying the composition of coffee beans,leading to the diverse flavors observed in coffee.To control fermentation and enhance the flavor profile of coffee,a clear understanding of microorganisms' roles in fermentation is necessary.Identifying suitable microbial strains for coffee fermentation is essential for developing fermentation techniques that produce high-quality coffee tailored to the taste preferences of different demographics.展开更多
To address resource waste and environmental pollution from electronic waste(e-waste),this study summarized the recycling technology for precious metals from e-waste based on bibliometrics and knowledge graph methods.T...To address resource waste and environmental pollution from electronic waste(e-waste),this study summarized the recycling technology for precious metals from e-waste based on bibliometrics and knowledge graph methods.The relevant literature from 2014 to 2024 was analyzed,and technological development trends and international cooperation characteristics were outlined.The results indicate that the recycling technology for precious metals from e-waste has evolved from traditional hydrometallurgy to green separation technology,and research on integrated circulation systems has gradually taken shape.China dominates the research in this field,with high-yield authors and institutions primarily situated in the country.International cooperation has continued to strengthen over time.However,technological bottlenecks remain in industrial applications.Future research should focus on biomaterial coupling technology and full lifecycle system optimization to promote the in-depth integration of resource recycling theory and sustainable development goals.展开更多
基金funded by the Yunnan Key Laboratory of Microbial Resources and Utilization in Universities (Yunnan Education Development [2018] No.135),a research facility dedicated to the study of microbial resources and their utilization in academic settings。
文摘This study explores the impact of coffee flavor influenced by fermentation,microorganisms,and flavor precursors.The microbial processes during fermentation and the resulting chemical transformations were given special attention.The composition and metabolic functions of microbial populations were found to play a crucial role in modifying the composition of coffee beans,leading to the diverse flavors observed in coffee.To control fermentation and enhance the flavor profile of coffee,a clear understanding of microorganisms' roles in fermentation is necessary.Identifying suitable microbial strains for coffee fermentation is essential for developing fermentation techniques that produce high-quality coffee tailored to the taste preferences of different demographics.
基金funding from the National Natural Science Foundation of China(No.51604118)Open Foundation of State Key Laboratory of Mineral Processing(No.BGRIMM-KJSKL-2024–11)+2 种基金Science Research Project of Hebei Education Department(No.ZD2020132)Hebei Natural Science Foundation(No.E2022209079)Central Guide Local Science and Technology Development Project of Hebei(No.236Z4104G)。
文摘To address resource waste and environmental pollution from electronic waste(e-waste),this study summarized the recycling technology for precious metals from e-waste based on bibliometrics and knowledge graph methods.The relevant literature from 2014 to 2024 was analyzed,and technological development trends and international cooperation characteristics were outlined.The results indicate that the recycling technology for precious metals from e-waste has evolved from traditional hydrometallurgy to green separation technology,and research on integrated circulation systems has gradually taken shape.China dominates the research in this field,with high-yield authors and institutions primarily situated in the country.International cooperation has continued to strengthen over time.However,technological bottlenecks remain in industrial applications.Future research should focus on biomaterial coupling technology and full lifecycle system optimization to promote the in-depth integration of resource recycling theory and sustainable development goals.
