西洋参叶提取物对雄性Wistar大鼠造血潜能的评价

A. Ibezute, Reuben Oberhiri Eshogba
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Blood samples were collected for full blood count and blood film preparation. \nResults: The result of the study showed that TO casued an increase in white blood cell count (17.50±0.10 - 25.48±1.28 ×109cells/L), lymphocyte (2.45±1.35 - 15.86±2.66 ×109cells/L), mid-sized cell (3.38±0.42 – 4.61±0.60 ×109cells/L) and granulocyte (1.67±0.80 – 5.11±0.80 ×109cells/L) when compared to the Control. There was equally an increase in the platelet count (420.50±56.50 - 810.95±43.05× 109 cells/L) and platetocrit (0.33±0.05 – 0.58±0.03 ×109cells/L) when compared to the Control. 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引用次数: 0

摘要

目的:研究西洋参叶提取物对雄性大鼠的造血潜能。方法:将20只wistar大鼠随机分为A ~ D组,驯化2周;A组为对照组,B、C、D组分别灌胃100 mg/kg B /w (UGU 1)、150 mg/kg B /w (UGU 2)、250 mg/kg B /w (UGU 3),每48 h灌胃1次,连续30 D。暴露期结束后,对存活大鼠进行检查并处死。采集血样进行全血细胞计数和血膜制备。结果:与对照组相比,TO引起白细胞计数(17.50±0.10 ~ 25.48±1.28 ×109cells/L)、淋巴细胞计数(2.45±1.35 ~ 15.86±2.66 ×109cells/L)、中等细胞计数(3.38±0.42 ~ 4.61±0.60 ×109cells/L)和粒细胞计数(1.67±0.80 ~ 5.11±0.80 ×109cells/L)增加。与对照组相比,血小板计数(420.50±56.50 - 810.95±43.05× 109细胞/L)和血小板密度(0.33±0.05 - 0.58±0.03 ×109cells/L)同样增加。与对照组相比,治疗组大鼠红细胞计数(7.76±0.06 ~ 6.28±0.25 ×109cells/L)、血红蛋白(16.67±0.37 ~ 12.18±0.58 ×109cells/L)、红细胞压积(41.47±0.27 ~ 33.55±1.25 ×109cells/L)、红细胞压积(6.92±0.34 ×109cells/L)和红细胞压积(6.92±0.34 ×109cells/L)均有所降低。结论:本研究证实了西洋参叶提取物具有改善雄性wistar大鼠血液学指标的造血潜能。抗氧化剂对先天免疫系统和适应性免疫系统的细胞功能都有许多有益的作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessment of the Hematopoietic Potential of Telfairia occidentalis Leaf Extract of on Male Wistar Rats
Aims: This study assess the haematopeotic potentials of Telfairia occidentalis (TO) leaf extract on male wistar rat. Methodology: A total of 20 wistar rats randomly distributed into four groups A to D were acclimatized for two weeks; group A served as control, while groups B C and D were gavaged 100 mg/kg b/w (UGU 1), 150 mg/kg b/w (UGU 2), 250 mg/kg b/w (UGU 3) of aqueous extract of TO respectively, once every 48 hours for 30 consecutive days. After the exposure period, the surviving rats were examined and sacrificed. Blood samples were collected for full blood count and blood film preparation. Results: The result of the study showed that TO casued an increase in white blood cell count (17.50±0.10 - 25.48±1.28 ×109cells/L), lymphocyte (2.45±1.35 - 15.86±2.66 ×109cells/L), mid-sized cell (3.38±0.42 – 4.61±0.60 ×109cells/L) and granulocyte (1.67±0.80 – 5.11±0.80 ×109cells/L) when compared to the Control. There was equally an increase in the platelet count (420.50±56.50 - 810.95±43.05× 109 cells/L) and platetocrit (0.33±0.05 – 0.58±0.03 ×109cells/L) when compared to the Control. However, there was a reduction in the red blood count (7.76.±0.06 - 6.28±0.25 ×109cells/L), haemoglobin (16.67±0.37 – 12.18±0.58 ×109cells/L) and hematocrit (41.47±0.27 – 33.55±1.25 ×109cells/L) of rats in treated group), (6.92±0.34 ×109cells/L) and when compared with the Control. Conclusion: This present study have validated the haematopeotic potential of Telfairia occidentalis leaf extract as it improved the haematological parameters of male wistar rats. The antioxidants exerted a multitude of beneficial effect on cellular functions of both innate and adaptive immune system.
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