鸭血制品相关标准及掺伪检测技术研究进展OA
Progress on Standards and Technologies for Adulteration Detection in Duck Blood Products
鸭血制品是我国传统美食,但由于其高营养价值和感官上较难鉴别的特点,掺伪现象较为普遍.本文综述鸭血制品的相关标准及掺伪检测技术研究进展,重点分析DNA提取、三代聚合酶链式反应(polymerase chain reaction,PCR)技术、PCR衍生技术、膜芯片技术、基因条码技术、等温扩增技术、质谱及元素指纹图谱等在鸭血制品掺伪检测中的应用.研究表明,PCR技术因具有高灵敏度和高效、快速的特点,成为鸭血制品掺伪检测的主要手段,与PCR技术相结合的膜芯片技术、PCR-试纸条法、DNA测序技术的应用提高了鸭血制品掺伪检测的效率和检出范围,质谱技术、元素分析及等温扩增技术在鸭血制品掺伪检测技术研究中具有独特优势,但目前研究较少.本文旨在为鸭血制品的质量监管和掺伪检测技术研究提供理论依据.
Duck blood products are traditional delicacies in China.However,due to their high nutritional value and the difficulty of their sensory identification,adulteration of duck blood products is a widespread problem.This paper reviews recent progress on standards and technologies for the detection of adulteration in duck blood products,with a focus on the application of DNA extraction,the three generations of polymerase chain reaction(PCR)technology,PCR-derived technology,membrane chip technology,gene barcode technology,isothermal amplification technology,mass spectrometry and elemental fingerprinting in the adulteration detection of duck blood products.Studies have shown that PCR has become the main means for detecting adulteration in duck blood products due to its high sensitivity and rapidity.The application of PCR combined with membrane chip technology,PCR-lateral flow dipstick method and DNA sequencing technology has improved the efficiency and range of adulteration detection in duck blood products.Mass spectrometry,elemental analysis and isothermal amplification technology have unique advantages in detecting adulteration of duck blood products,but relevant studies are scarce.This article aims to provide a theoretical basis for the quality regulation of duck blood products and the development of adulteration detection technologies for them.
许妍妍;董宇
开封市食品药品质量安全中心,河南 开封 475000开封市食品药品质量安全中心,河南 开封 475000
轻工纺织
鸭血标准掺伪检测聚合酶链式反应等温扩增技术DNA测序技术质谱元素指纹图谱
duck bloodstandardsadulteration detectionpolymerase chain reactionisothermal amplification techniqueDNA sequencing technologymass spectrometryelemental fingerprint
《肉类研究》 2026 (6)
98-107,10
河南省市场监督管理局科技计划项目(2021sj71)
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