Bowden R A, Sayers M, Gleaves C A, Banaji M, Newton B, Meyers J D
Fred Hutchinson Cancer Research Center, Seattle, Washington.
Transfusion. 1987 Nov-Dec;27(6):478-81. doi: 10.1046/j.1537-2995.1987.27688071699.x.
The authors report 2.5 years' experience with the use of cytomegalovirus (CMV)-seronegative blood components for the prevention of primary CMV infection after allogeneic marrow transplantation from seronegative marrow donors to 104 CMV-seronegative patients. Patients and blood donors were screened for CMV-seronegativity by a combination of passive latex agglutination, complement fixation, and indirect hemagglutination CMV antibody screening methods. Changes in blood banking procedures necessary to provide CMV-seronegative components are detailed. Providing CMV-seronegative components was a considerable undertaking; a mean, per patient, of 19 units of red cells and 105 units of platelets was required. Twenty percent of the platelet support was provided by family members and 80 percent by volunteer donors. CMV-infection was eliminated in all but one patient not considered infected at the time of transplantation. The capability to provide CMV-seronegative components depends on an adequate supply of seronegative donors, a sensitive and practical screening method for CMV antibody, a major commitment by the blood bank, and close communication between the blood bank and the patients' physicians.
作者报告了2.5年使用巨细胞病毒(CMV)血清学阴性血液成分预防血清学阴性骨髓供体向104例CMV血清学阴性患者进行异基因骨髓移植后原发性CMV感染的经验。通过被动乳胶凝集、补体结合和间接血凝CMV抗体筛查方法相结合,对患者和献血者进行CMV血清学阴性筛查。详细说明了提供CMV血清学阴性成分所需的血库程序变化。提供CMV血清学阴性成分是一项相当艰巨的任务;每位患者平均需要19单位红细胞和105单位血小板。20%的血小板支持由家庭成员提供,80%由志愿献血者提供。除一名在移植时未被视为感染的患者外,所有患者均未发生CMV感染。提供CMV血清学阴性成分的能力取决于血清学阴性供体的充足供应、CMV抗体的敏感实用筛查方法、血库的重大投入以及血库与患者医生之间的密切沟通。