Schmidt K G, Rasmussen J W, Wedebye I M, Frederiksen P B
Department of Nuclear Medicine, Odense University Hospital, Denmark.
Nucl Med Commun. 1988 Feb;9(2):97-103. doi: 10.1097/00006231-198802000-00005.
The mechanisms governing the accumulation of granulocytes in inflammatory lesions are poorly understood. Using a sensitive method of sequential 111In-granulocyte scintigraphy, we recorded the speed of focal 111In-granulocyte accumulation in 70 patients with non-osseous inflammatory and infectious foci, with special reference to the influence exerted by the duration of disease, patient age, body temperature, antibiotic therapy and initial trapping of granulocytes in the lungs. About 50% of the images had turned positive at 30 min after injection. Except for patients with urinary tract infections, the age of the patient did not influence the speed of 111In-granulocyte accumulation; nor did the duration of disease, antibiotic therapy or degree of initial granulocyte hold-up in the lungs. High fever, on the other hand, presumably reflecting an intense inflammatory reaction, was associated with an accelerated focal 111In-granulocyte accumulation, indicating that properties of the inflammatory process per se are major determinants of the speed of accumulation of 111In-labelled granulocytes in inflammatory processes.
目前对粒细胞在炎症病灶中聚集的机制了解甚少。我们采用一种敏感的顺序铟 - 111标记粒细胞闪烁扫描法,记录了70例非骨性炎症和感染病灶患者局部铟 - 111标记粒细胞的聚集速度,并特别关注了疾病持续时间、患者年龄、体温、抗生素治疗以及粒细胞在肺部的初始滞留情况的影响。注射后30分钟约50%的图像呈阳性。除尿路感染患者外,患者年龄不影响铟 - 111标记粒细胞的聚集速度;疾病持续时间、抗生素治疗或粒细胞在肺部的初始滞留程度也不影响。另一方面,高热可能反映了强烈的炎症反应,与局部铟 - 111标记粒细胞的加速聚集有关,这表明炎症过程本身的特性是铟 - 111标记粒细胞在炎症过程中聚集速度的主要决定因素。