Pessini Patrick Gabriel Dos Santos, Knox de Souza Paula Regina, Chagas Camila Dos Santos, Sampaio Emily Garcia, Neves Daniel Santos, Petri Giuliana, Fonseca Fernando Luiz Affonso, da Silva Emerson Barbosa
Clinical Analysis Laboratory of the ABC University Health Center Santo André Brazil.
Health Sciences Institute/Paulista University - UNIP São Paulo Brazil.
Animal Model Exp Med. 2020 Jan 29;3(1):32-39. doi: 10.1002/ame2.12099. eCollection 2020 Mar.
Biochemical and hematological parameters are important tools for assessing the physiological profile of vital organs, and can be recorded to create reference values used for clinical diagnosis of diseases. Many research laboratories lack the means to establish their own set of reference parameters for use in their research, and while there are articles in the literature that discuss laboratory parameters for healthy BALB/c mice, few studies address the evaluation of these parameters in pathological situations, such as in mice inoculated with Ehrlich tumor.
BALB/c-FMABC mice previously inoculated with Ehrlich tumor were maintained under appropriate conditions. Blood samples were taken for analysis of hematological parameters using automated and semi-automated equipment to create a set of the animal welfare parameters for evaluation.
Results were obtained for all the hematological parameters for all groups analyzed. These showed: statistically significant differences between the initial and final tumor weight; comparable initial tumour volume and weight; an increase in leukocytes in the 7-day group with a characteristic predominance of lymphocytes and neutrophils; statistically significant changes in RDW in the 21-day group and in the welfare parameters in the 28-day group.
The study successfully defined and established reference values for hematological and welfare parameters for all groups analyzed.
生化和血液学参数是评估重要器官生理状况的重要工具,可记录这些参数以创建用于疾病临床诊断的参考值。许多研究实验室缺乏建立自身研究用参考参数集的手段,虽然文献中有文章讨论健康BALB/c小鼠的实验室参数,但很少有研究涉及在病理情况下(如接种艾氏瘤的小鼠)对这些参数的评估。
将先前接种艾氏瘤的BALB/c-FMABC小鼠饲养在适宜条件下。采集血样,使用自动化和半自动设备分析血液学参数,以创建一组用于评估的动物健康参数。
对所有分析组的所有血液学参数都得出了结果。这些结果显示:初始肿瘤重量与最终肿瘤重量之间存在统计学显著差异;初始肿瘤体积和重量相当;7天组白细胞增加,以淋巴细胞和中性粒细胞为主;21天组红细胞分布宽度(RDW)有统计学显著变化,28天组健康参数有统计学显著变化。
该研究成功定义并建立了所有分析组血液学和健康参数的参考值。