Ohta A, Siraishi F, Nagahara T, Tomura K
Department of Radiology, Kitasato University School of Medicine.
Nihon Rinsho. 1996 Jan;54(1):207-14.
Multi-element analysis by neutron activation analysis (NAA) in respect to medical applications is discussed. Examples of trace element determinations in pathological human liver tissues, human serum, and rat liver are given. A very sensitive method for determining fluorinated drug in very small samples of human serum by neutron activation is also described. Each biological samples (ca. 100-200 mg, lyophilized matter) was irradiated for short time (10 s or 5 min.) and for long time (24 hrs) in Rikkyo University Research Reactor or Musashi Institute of Technology Research Reactor. Concentration of 12 elements (127I, 55Mn, 26Mn, 65Cu, 23Na, 41K, 37Cl, 27Al, 48Ca, 36S, 58Fe, 64Zn) in human pathological liver, Futraful (19F) (anti-cancer fluorinated drug) clearance of human serum, and calcium uptake (48Ca) in liver of rats were determined by NAA.
讨论了中子活化分析(NAA)在医学应用方面的多元素分析。给出了在人类病理肝脏组织、人血清和大鼠肝脏中微量元素测定的实例。还描述了一种通过中子活化测定人血清极少量样品中含氟药物的非常灵敏的方法。每个生物样品(约100 - 200毫克,冻干物)在立教大学研究反应堆或武藏工业大学研究反应堆中进行短时间(10秒或5分钟)和长时间(24小时)辐照。通过中子活化分析测定了人类病理肝脏中12种元素(127I、55Mn、26Mn、65Cu、23Na、41K、37Cl、27Al、48Ca、36S、58Fe、64Zn)的浓度、人血清中氟铁龙(19F)(抗癌含氟药物)的清除率以及大鼠肝脏中钙的摄取量(48Ca)。