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首页> 外文期刊>Journal of Health, Medicine and Nursing >The Number of Lymphocyte and Monosit due to Hypoxic Hypoxia
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The Number of Lymphocyte and Monosit due to Hypoxic Hypoxia

机译:缺氧性缺氧引起的淋巴细胞数目和单性

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Oxygen have an important role in body metabolism. Lack of oxygen can caused uncomplete metabolism. There will be increasing consumtion of glucose in anaerob metabolism. Hypoxia can stimulate the circulatory system and hematology to improve oxygenation function. This research purpose to knows effect of hypoxic hypoxia duration to the lymphocytes and monocytes on Rattus norvegicus. This is experimental research, pre and post control group design. Hypoxia condition made from modification of hypoxia chamber with 10% oxygen level from total volume of chamber. Subject is male of Rattus norvegicus 2 month’s old weight 150 – 200 grams. Measuring of lymphocytes and monocytes used manual hemocytometer and the hemoglobin use spektrofotometer. Data analysis used t-test and oneway anova CI 95 %. Results of analysis with Oneway-ANOVA statistical test showed there was no difference in the number of lymphocytes were statistically significant in the fourth study group after treatment (p = 0.31). Similarly Oneway-ANOVA statistical test showed there was no difference in the number of lymphocytes were statistically significant in all four study group after treatment (p = 0.99). The number of lymphocytes and monocytes increased due to hypoxic hypoxia although not statistically significant. Increasing the number of lymphocytes highest in the group induced hypoxic hypoxia 36 hours and the number of monocytes highest in the group induced hypoxic hypoxia 12 hours. Key w ords : lymphocytes, monocytes, hypoxia, oxygen
机译:氧气在人体新陈代谢中起重要作用。缺氧会导致新陈代谢不完全。厌氧代谢中葡萄糖的消耗将增加。缺氧可刺激循环系统和血液系统,改善氧合功能。本研究旨在了解缺氧持续时间对褐家鼠的淋巴细胞和单核细胞的影响。这是实验研究,控制前后的小组设计。缺氧条件是通过将缺氧腔室的氧气量占腔室总体积的10%修改而产生的。对象是褐家鼠2个月大,体重150 – 200克。淋巴细胞和单核细胞的测量使用手动血细胞计数器,而血红蛋白的测量使用spektrofotometer。数据分析采用t检验和单向方差CI 95%。 Oneway-ANOVA统计检验的分析结果表明,治疗后第四研究组的淋巴细胞数量无统计学差异(p = 0.31)。同样,Oneway-ANOVA统计测试表明,治疗后所有四个研究组的淋巴细胞数量均无统计学差异(p = 0.99)。缺氧性缺氧导致淋巴细胞和单核细胞数量增加,尽管没有统计学意义。导致缺氧性缺氧的组中最高的淋巴细胞数增加36小时,导致缺氧性缺氧的组中最高的单核细胞数量增加12小时。关键指标:淋巴细胞,单核细胞,缺氧,氧气

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