生物降解检测:方法选择与完全降解OA
Biodegradation detection:method selection and criteria for assessing complete degradation
基于不同降解阶段产物(残留聚合物、崩解碎片、中间体、矿化产物),对现有生物降解检测方法关于测定降解程度进行归纳和总结,从测定完全降解程度的准确性和效率性角度进行综合评估和比较,对今后如何针对性选择有效的生物降解检测方法具有重要指导意义.将完全降解终点检测从矿化产物前移至可被微生物摄取的中间体,有利于缩短降解检测周期,为开发快速、高效的完全生物降解检测方法提供见解和启发.
This review systematically examines biodegradation detection methods in relation to the progressive stages of degradation,ranging from residual polymers and disintegrated fragments to intermediate metabolites and fully mineral-ized products,with a focus on accurately quantifying the extent of biodegradation.Existing analytical techniques are com-prehensively compared and evaluated in terms of their accuracy,sensitivity,and practical efficiency in determining degra-dation degrees.The analysis provides critical guidance for selecting appropriate biodegradation assessment strategies tai-lored to specific materials and environmental conditions.Notably,the review advocates for redefining the endpoint of"complete biodegradation"not solely by the presence of mineralized end-products,but by the formation of biologically as-similable intermediates that can be readily utilized by microorganisms.This paradigm shift holds significant potential to shorten testing cycles and paves the way for the development of accelerated,biologically relevant biodegradation detec-tion protocols.
刘田园;季君晖;闫国春;黄丹
中国神华煤制油化工有限公司,北京 100011中国科学院理化技术研究所工程和生态塑料国家工程研究中心,北京 100190国家能源投资集团有限责任公司,北京 100011中国科学院理化技术研究所工程和生态塑料国家工程研究中心,北京 100190
化学化工
生物降解检测方法完全降解降解程度降解产物
biodegradationdetection methodcomplete degradationdegree of degradationdegradation product
《中国塑料》 2026 (2)
82-92,11
国家重点研发计划(2023YFB4103300)
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