直接转移到淡水中对Sarotherodon melanotheron血液变量的影响(r ppell, 1852)

Akinrotimi. O.A., Okenwa U, Ani N.A, Onwujiariri C. A
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摘要

研究了从咸淡水(盐度13.71‰)到淡水(盐度0.12‰)直接传播的黑齿沙齿龙血液参数的变化,以评价环境突变对鱼血液参数的影响。结果显示,血红蛋白(Hb)均值由7.37±1.22降至4.30±0.82dl-1,显著降低(p < 0.05);堆积细胞体积(PCV) 23.48±3.22 ~ 15.08±2.97%;红细胞(RBC) 5.99±0.72 ~ 3.31±0.77 Cells x106;红细胞血红蛋白平均浓度(MCHC): 31.68±3.66 ~ 28.48±2.03 pg;血小板(PLT) 195.44±16.77 ~ 138.99±9.05 103 uL-1。然而,红细胞沉降率(ESR)从4.89±0.16 mm/ hr显著升高至10.58±1.48 mm/ hr;白细胞(WBC) 27.03±2.96 ~ 33.09±3.72 × 109 L-1;平均红细胞体积(MCV) 39.33±3.07 ~ 45.88±7.03 fL中性粒细胞(NEUT) 41.71±3.08 ~ 48.30±7.99%;淋巴细胞(LYMP) 54.60±3.99 ~ 46.36±9.87%,单核细胞(MON) 3.80±1.04 ~ 5.97±1.99%。这些血液参数的变化在成鱼中比在幼鱼中更明显。因此,本研究的结果表明,将鱼类直接转移到盐度较低的地区可能会对黑素黑梭菌的生理产生破坏性影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Consequences of Direct Transfer to Fresh Water on the Blood Variables of Sarotherodon melanotheron (Rüppell, 1852)
Alterations in blood variables of Sarotherodon melanotheron transmitted immediately from brackish water (salinity 13.71‰) to fresh water (salinity 0.12‰) were examined to evaluate the consequence of abrupt alterations in the environment on fish blood parameters. The results acquired revealed that significant reduction (p < 0.05) in mean values of Haemoglobin (Hb) from 7.37±1.22 to 4.30±0.82dl-1; Packed Cell Volume (PCV) 23.48±3.22 to 15.08±2.97%; Red Blood Cell (RBC) 5.99±0.72 to 3.31±0.77 Cells x106 ; Mean Corpuscular Haemoglobin Concentration (MCHC) 31.68±3.66 to 28.48±2.03 pg; and Platelets (PLT) 195.44±16.77 to 138.99±9.05 103 uL-1. However, notable elevation was recorded in the values of Erythrocyte Sedimentation Rate (ESR) from 4.89±0.16 to 10.58±1.48 mm/ hr; White Blood Cell (WBC) 27.03±2.96 to 33.09±3.72 x 109 L-1; Mean Corpuscular Volume (MCV) 39.33±3.07 to 45.88±7.03 fL Neutrophils (NEUT) 41.71±3.08 to 48.30±7.99%; Lymphocytes (LYMP) 54.60±3.99 to 46.36±9.87% and Monocytes (MON) 3.80±1.04 to 5.97±1.99%. These variations in the blood parameters were more perceptible in adult than juvenile fish. Results from this study consequently imply that direct transfer of fish to a region of lower salinity may have damaging effect on the physiology of S. melanotheron as observed in this study.
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