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   selenosis 在 畜牧与动物医学 分类中 的翻译结果: 查询用时:0.056秒
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  硒中毒
    The Changes in Selenium Levels of Blood and Tissues of Selenosis in Milk Goats
    硒中毒奶山羊血液与组织硒含量变化的研究
短句来源
    The acute selenosis animal models were replicated by intramuscular injection to mice with serial dosage of 0.1% sodium selenite.
    通过对小白鼠肌肉注射不同剂量的0.1%亚硒酸钠,复制出了急性硒中毒的动物模型.
短句来源
    THE DIAGNOSIS AND PATHOLOGICAL OBSERVATION OF NATURAL SELENOSIS IN BABY PIGS
    哺乳仔猪自然硒中毒的诊断及病理观察
短句来源
    Histopathological observation of mice's experimental selenosis
    小白鼠实验性硒中毒的病理组织学观察
短句来源
    1. Both the two dose could cause the rabbits chronic selenosis, growth inhibition, loss of body weight. With the number of Se intake increasing, the concentration of blood selenium in experimental groups was higher than those of control rabbits (p<0.05,p<0.01), Selenium content of fetal hepar、placenta and testes was also higher than those of control rabbits (p<0.05).
    1. 这两个剂量均能引起家兔慢性硒中毒,生长缓慢、体重下降,随着给硒次数的增加,血硒水平明显高于对照组(p<0.05,p<0.01,p<0.001),胎肝、胎盘、公兔睾丸等组织硒含量也明显高于对照组(p<0.05)。
短句来源
更多       
  硒中毒
    The Changes in Selenium Levels of Blood and Tissues of Selenosis in Milk Goats
    硒中毒奶山羊血液与组织硒含量变化的研究
短句来源
    The acute selenosis animal models were replicated by intramuscular injection to mice with serial dosage of 0.1% sodium selenite.
    通过对小白鼠肌肉注射不同剂量的0.1%亚硒酸钠,复制出了急性硒中毒的动物模型.
短句来源
    THE DIAGNOSIS AND PATHOLOGICAL OBSERVATION OF NATURAL SELENOSIS IN BABY PIGS
    哺乳仔猪自然硒中毒的诊断及病理观察
短句来源
    Histopathological observation of mice's experimental selenosis
    小白鼠实验性硒中毒的病理组织学观察
短句来源
    1. Both the two dose could cause the rabbits chronic selenosis, growth inhibition, loss of body weight. With the number of Se intake increasing, the concentration of blood selenium in experimental groups was higher than those of control rabbits (p<0.05,p<0.01), Selenium content of fetal hepar、placenta and testes was also higher than those of control rabbits (p<0.05).
    1. 这两个剂量均能引起家兔慢性硒中毒,生长缓慢、体重下降,随着给硒次数的增加,血硒水平明显高于对照组(p<0.05,p<0.01,p<0.001),胎肝、胎盘、公兔睾丸等组织硒含量也明显高于对照组(p<0.05)。
短句来源
更多       
  “selenosis”译为未确定词的双语例句
    THE STUDIES OF EXPERIMENTAL SELENOSIS IN SHEEP Ⅰ. ESTABLISH THB MODEL OF SELENOSIS
    绵羊实验性硒过多症的研究Ⅰ.硒过多症动物模型的建立
短句来源
    THE STUDIES OF EXPERIMENTAL SELENOSIS IN SHEEP Ⅳ. OBSERVATIONS ON THE DYNAMIC CHANGES OF HEMATOLOGY
    绵羊实验性硒过多症的研究——Ⅳ.血液学动态变化的观察
短句来源
    THE STUDIES OF EXPER IMENTAL SELENOSIS IN SHEEP Ⅴ. CHANGES OF T AND B LYMPHOCYTES AND SERUM PROTEINS
    绵羊实验性硒过多症的研究——Ⅴ.血液T、B淋巴细胞及血清蛋白的测定
短句来源
    The activities of GSH-px, SGOT and SGPT in blood and various tissues (myocardium, liver, spleen, lung, kidney,skeletal muscle and cerebrum) were determined in the experimental selenosis sheep.
    测定了7只给硒羊全血及心、肝、脾、肺、肾、骨骼肌、脑等组织GSH—px、SGOT和SGHT的活性。
短句来源
    In this experiment the dynamic changes of blood T and B lymphocytes, total serum protein, serum albumin and α_1-, α_2-, α_z-, β- and Υ-globulins of sheep with selenosis were measured.
    测定了7只给硒羊血液T淋巴细胞、B淋巴细胞、血清总蛋白、白蛋白、球蛋白(α_1、α_2、β、γ)的动态变化。
短句来源
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  selenosis
It is proposed that this selenosis area coincides with Mo, F and V toxicity based on their higher concentrations in rocks, soils and plants.
      
The revegetated soil derived from bone coal and V-Mo ore dumps with excess Se, Mo, V and F concentrations in this ecosystem might have been essentially responsible for selenosis incidence of Shuang'an site in Ziyang County, Shaanxi Province.
      
In order to investigate the relationships between Se and other mineral elements and selenosis, bone coals, V-Mo ores, rocks, soils and plants were sampled from each site.
      
The Shuang'an site is the most serious selenosis site in Ziyang County, Shaanxi Province, which was the second selenosis site in China.
      
Some selenium values were high enough to suggest the possibility of selenosis in sheep.
      
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The chromic selenosis was successfully reproduced in all of the 14experimental sheep by repeated intramuscular injections of 0.1% sodium sele-nite solution with increasing doses for 3~4 months. As the accumulation ofbody Se increased, the ill course of experimental model sheep developed into 3phases, namely pathoformic, poisoning and lethal phases. The blood Se levelswere on the increase when selenosis has occurred and the limits were higherthan 0.30, 0.50 and 1μg/ml at the corrasponding stages.

对14只绵羊以0.1%亚硒酸钠液肌肉注射,逐渐增加剂量,历时3~4个月,复制出了慢性硒过多症动物模型。此动物模型是随着硒在体内的不断累积,呈现起病、中毒和致死三个不同的效应阶段,血硒水平在0.30、0.50、及1.00μg/ml以上,依次分别作为三个效应阶段的临界值。

Twenty-one sheep 2-3 years of age were allotted to 3 groupsof 7 each. The experimental sheep were given with successive intramuscularinjections of 0. 1% sodium selenite in dose of two levels for either fourmonths (group Ⅰ) or three months (group Ⅱ), and the group Ⅲ was usedas control. The Se contents in the blood, wool and tissues were determinedthereafter and the deta of Se distribution and content in animal bodyconcerned with diagnosis of selenosis were discussed. The blood Seconcentration over 0. 3006μg/ml...

Twenty-one sheep 2-3 years of age were allotted to 3 groupsof 7 each. The experimental sheep were given with successive intramuscularinjections of 0. 1% sodium selenite in dose of two levels for either fourmonths (group Ⅰ) or three months (group Ⅱ), and the group Ⅲ was usedas control. The Se contents in the blood, wool and tissues were determinedthereafter and the deta of Se distribution and content in animal bodyconcerned with diagnosis of selenosis were discussed. The blood Seconcentration over 0. 3006μg/ml is early indication of Se poisoning in sheep,and poisoning symptoms will appear when blood and wool Se have been over0. 5347μg/ml and 0. 4042ppm respectively. As fast as the blood or wool Sereached to the level of 1. 1068μg/ml or 0. 5054ppm a fatal termination willoccur. The content of wool Se is a good indicator for the chronic accumulation ofSe within body, while the quantative analysis of blood Se has a great valuefor the diagnosis of acute Se poisoning. Of tissues from poisoning sheep, theSe content was highest in the kidneys, followed by the right lobe of liver,left lobe of liver. lungs, myocardium, spleen, skeletal muscles andcerebrum in order. The predominant pathologic changes of tissues occurred inthe liver and kidneys, followed by the myocardium, lungs, cerebrum andspleen. The severity of pathologic changes varies not only with the Secontent which the tissue contained but also with its susceptibility to Secompound.

对实验性硒过多症绵羊血液、被毛及组织硒含量作了测定,并探讨了血硒、毛硒及组织硒含量、分布对绵羊硒过多症的诊断价值。结果;血硒含量超过0.3006μg/ml是绵羊硒中毒的早期指征;中毒症状明显,血硒含量高于0.5347μs/ml,毛硒含量高于0.4042ppm,可诊断为绵羊硒过多症。毛硒含量变化缓慢,对于反映长时间内硒的积累情况和慢性硒中毒的诊断,其意义较大;血硒含量变化灵敏,对于反映近期内硒的代谢水平和急性硒中毒的诊断意义较大。绵羊硒过多症组织硒含量的分布顺序是:肾脏>肝>肺脏>心肌>脾脏>骨骼肌>大脑;健康对照羊组织硒含量的分布顺序是:肾脏>脾脏>肺脏>骨骼肌>肝>心肌>大脑;组织硒含量分布顺序的改变在绵羊硒过多症的诊断上具有重要的意义。组织病变的严重程度依次是肝脏>肾脏>心脏>肺脏>大脑>脾脏,其与组织硒含量的多少有关,还与组织对硒的敏感性及组织蓄积硒为变化幅度有关。

The activities of GSH-px, SGOT and SGPT in blood and various tissues (myocardium, liver, spleen, lung, kidney,skeletal muscle and cerebrum) were determined in the experimental selenosis sheep.The activity of blood GSH-px increased significantly at 20—30 days after Se administation and reached to the peak at 40 days,correlating Positively with blood Se concentration (r = 0.962, P<0.01). It began to decrease after the onset of sickness and dropped obviously after appearance of Poisoned symptoms, which correlating...

The activities of GSH-px, SGOT and SGPT in blood and various tissues (myocardium, liver, spleen, lung, kidney,skeletal muscle and cerebrum) were determined in the experimental selenosis sheep.The activity of blood GSH-px increased significantly at 20—30 days after Se administation and reached to the peak at 40 days,correlating Positively with blood Se concentration (r = 0.962, P<0.01). It began to decrease after the onset of sickness and dropped obviously after appearance of Poisoned symptoms, which correlating negtively with blood Se content (r=-0.982, P<0.01). The activity of GSH—px in kidneys in Se treated sheep was lower than that in the control sheep (P<0.01),while no difference exsisted in other organs of both groups (P>0.05). Before the sheep have Poisoned symptoms,the difference bet Neen the SGOT or SGPT of the Se treated and control sheep was not sigaificant (P>O.05),but when the sheep showed the poisoned symptom, both SGOT and SGPT were higher than those in control ones (P<0.01).

测定了7只给硒羊全血及心、肝、脾、肺、肾、骨骼肌、脑等组织GSH—px、SGOT和SGHT的活性。结果:给硒后20~30d,全血GSH—px活性明显升高,40d达峰值,与血硒含量呈正相关(r=0.962,P<0.01);动物起病后,GSH—px活性开始下降,中毒后明显下降,与血硒含量呈负相关(r=-0.982,P<0.01);组织GSH—px活性与对照组比较,除肾组织相差非常显著(P<0.01)外,其他组织均相差不显著(P>0.05)。SGOT及SGPT的活性与对照组比较,在出现中毒症状之前相差不显著(P>0.05),出现中毒症状之后显著升高(P<0.01)。

 
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