Angeli A, Andrew O S, Qian Y Z, Anselm S T, Chang K M, Jameela S, Subramanian Y
Hospital Ampang, Haematology Department, Clinical Haematology Referral Laboratory, Ampang, Selangor, Malaysia.
University of New Mexico, Department of Pathology, Albuquerque, United States of America.
Med J Malaysia. 2019 Dec;74(6):534-536.
Haematological cellular structures may be elucidated using automated full blood count (FBC) analysers such as Unicel DxH 800 via cell population data (CPD) analysis. The CPD values are generated by calculating volume, conductivity, and five types of scatter angles of individual cells which would form clusters or populations. This study considered 126 CPD parameter values of 1077 healthy Malaysian adults to develop reference intervals for each CPD parameter. The utility of the CPD reference interval established may range from understanding the normal haematological cellular structures to analysis of distinct cellular features related to the development of haematological disorders and malignancies.
血液学细胞结构可以通过使用自动全血细胞计数（FBC）分析仪（如Unicel DxH 800），通过细胞群体数据（CPD）分析来阐明。CPD值是通过计算单个细胞的体积、电导率和五种散射角生成的，这些细胞会形成簇或群体。本研究考虑了1077名健康马来西亚成年人的126个CPD参数值，以制定每个CPD参数的参考区间。所建立的CPD参考区间的用途可能包括从了解正常血液学细胞结构到分析与血液学疾病和恶性肿瘤发展相关的独特细胞特征。
