Article Summary
徐浩 赵周社 李红 凌雪英 唐勇进 弓健 郭斌.PET脑血流量测量方法和临床应用进展[J].现代生物医学进展英文版,2015,15(2):355-358.
PET脑血流量测量方法和临床应用进展
Progress and Clinical Application of PET Cerebral Blood Flow MeasurementMethod
  
DOI:
中文关键词: PET  脑血流量  IDAIF  个性化医疗
英文关键词: PET  Cerebral blood flow  IDAIF  Personalized medicine
基金项目:广东省普通高校人文社会科学规划研究项目重点课题(06ZD74001);广东省哲学社会科学规划心理学研究项目(06SXY005)
Author NameAffiliation
徐浩 赵周社 李红 凌雪英 唐勇进 弓健 郭斌 暨南大学附属第一医院核医学科美国通用电气医疗集团(中国) 
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中文摘要:
      :脑血流量测量对于脑血管疾病、脑肿瘤诊断和疗效评估具有重要的临床价值。PET 是基于正电子示剂技术无创性、精确测 量脑血流量的方法,正日益广泛地应用于临床。按照PET 测量脑血流量的方法和使用的正电子示踪剂不同,其测量方法分为平衡 法、放射自显影法和动力学方法三种。18O-H2O 示踪剂PET 测量脑血流量被认为测量脑血流方法的" 金标准"。随着PET 设备分 辨率提高、新的图像重建方法使用和PET 与MRI图像融合技术不断成熟,18F-FDG 首次通过、采用图像衍生动脉输入函数(imagederived arterial input function, IDAIF)替代动脉抽血样精确测量脑血量方法受到广泛重视,有可能逐步取代高成本的18O-H2O 测量 脑血流量。PET 无创、方便和精确测量脑血流量的方法在临床应使用有助于脑血管性疾病、脑肿瘤和脑退行性病变早期诊断、鉴 别诊断和个性化医疗。本文介绍PET 脑血流量测量原理、方法和临床应用进展。
英文摘要:
      Cerebral blood flow measurement for cerebrovascular disease, brain tumor diagnosis and therapeutic effect evaluation has important clinical value. PET is based on positron tracer technique for noninvasive, accurate measurement of cerebral blood flow is increasingly widely used in clinical. PET measurement of cerebral blood flow in accordance with the methods and use of positron tracer is different, and the measurement methods are divided into equilibrium method, autoradiographic method and dynamic method. 15O-H2O tracer PET measurement of cerebral blood flow is considered to be the "gold standard" method of cerebral blood flow measurement. As the PET equipment resolution improving, the new image reconstruction method using PET and MRI image fusion technology continues to mature, the 18F-FDG first pass image using derivative arterial input function (IDAIF) replace artery blood sample accurate measurement of cerebral blood volume method has been paid attention to, may gradually replace the high cost of 15O-H2O measurement of cerebral blood flow. PET is noninvasive, convenient and accurate measurement of cerebral blood flow in clinical use will greatly promote cerebral vascular disease, brain tumor and brain degenerative disease early diagnosis, differential diagnosis and personalized medicine. This paper introduced PET cerebral blood flow measurement principle, methods and progress in clinical application.
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