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脂肪甘油
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  相似匹配句对
     Glycerol and trehalose were the most prominent compatible solutes in C.
     甘油和海藻糖是C.
短句来源
     Glycerol recovery technology is studied in one-step synthesis of fatty nitriles from fats.
     研究了油脂一步法制脂肪腈工艺中,甘油回收技术。
短句来源
     ②fat;
     ②脂肪成份 ;
短句来源
     Study on Glycerin Epoxy Resin
     甘油环氧树脂的研制
短句来源
     FAT: Extrinsic Proposition
     脂肪:外部陈述
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  glycerol in fats
Some notes on the determination of glycerol in fats
      
Some notes on the determination of glycerol in fats
      
A modification of the periodic acid method for the determination of monoglycerides and free glycerol in fats and oils
      


Objectives To investigate the effect of nitric oxide(NO) on hepatic steatosis caused by total parenteral nutrition(TPN) in ratsMethods Thirty Wistar rats were randomly divided into five groups: Group A, normal control; Group B, TPN group;Group C, TPN plus L arginine; Group D, TPN plus N G nitrio L arginine methyl ester(L NAME,NOS inhibitor); Group E, TPN plus L arginine and L NAME. At the seventh day, liver function tests were performed and the livers were resected to test the lipid and nitric oxide...

Objectives To investigate the effect of nitric oxide(NO) on hepatic steatosis caused by total parenteral nutrition(TPN) in ratsMethods Thirty Wistar rats were randomly divided into five groups: Group A, normal control; Group B, TPN group;Group C, TPN plus L arginine; Group D, TPN plus N G nitrio L arginine methyl ester(L NAME,NOS inhibitor); Group E, TPN plus L arginine and L NAME. At the seventh day, liver function tests were performed and the livers were resected to test the lipid and nitric oxide content, and nitric oxide synthase activity.[WT5”HZ] Results [WT5”BZ] The hepatic lipid content 〔triglycerid(μmol/g), cholesterol(μmol/g)〕in group B significantly increased compared with group A (39 3±2 4、13 1±1 1 vs. 6 9±0 8、5 6±0 6)( P <0 05). That was higher in group D(49 7±6 2、14 1±1 7)than in group B( P <0 05), whereas that was lower in group C(18 2±4 4、7 3±3 1)than in group B( P <0 05).The activity and distribution of NOS in the liver were associated with the content and distribution of hepatic lipid Conclusions NO produced by the liver may protect hepatic steatosis caused by total parenteral nutrition in rats

目的 探讨一氧化氮 (NitricOxide ,NO)对全胃肠外营养 (TotalParenteralNutrition ,TPN)引起的肝脂肪变性的作用。方法  30只Wistar大鼠随机分为 5组 :A组 ,正常对照 ;B组 ,TPN ;C组 ,TPN +精氨酸 ;D组 ,TPN +NG 硝基 L 精氨酸甲酯 (NG nitrio L argininemethylester,L NAME) ;E组 ,TPN +精氨酸 +L NAME。实验 7d后测肝功能 ,肝内脂肪 ,肝脏NO含量及NOS活性和肝脏组织学检查。结果 B组肝内脂肪甘油三脂 (μmol/g)及胆固醇 (μmol/g)分别为 (39 3± 2 4、13 1± 1 1)较A组(6 9± 0 8、5 6± 0 6 )显著增加 (P <0 0 5 ) ,D组肝内脂肪 (4 9 7± 6 2、14 1± 1 7)增加较B组更显著(P <0 0 5 ) ,C组肝内脂肪 (18 2± 4 4、7 3± 3 1)较B组明显减少 (P <0 0 5 ) ,E组肝内脂肪 (35 8±8 8、10 0± 2 4)与B组相似 (...

目的 探讨一氧化氮 (NitricOxide ,NO)对全胃肠外营养 (TotalParenteralNutrition ,TPN)引起的肝脂肪变性的作用。方法  30只Wistar大鼠随机分为 5组 :A组 ,正常对照 ;B组 ,TPN ;C组 ,TPN +精氨酸 ;D组 ,TPN +NG 硝基 L 精氨酸甲酯 (NG nitrio L argininemethylester,L NAME) ;E组 ,TPN +精氨酸 +L NAME。实验 7d后测肝功能 ,肝内脂肪 ,肝脏NO含量及NOS活性和肝脏组织学检查。结果 B组肝内脂肪甘油三脂 (μmol/g)及胆固醇 (μmol/g)分别为 (39 3± 2 4、13 1± 1 1)较A组(6 9± 0 8、5 6± 0 6 )显著增加 (P <0 0 5 ) ,D组肝内脂肪 (4 9 7± 6 2、14 1± 1 7)增加较B组更显著(P <0 0 5 ) ,C组肝内脂肪 (18 2± 4 4、7 3± 3 1)较B组明显减少 (P <0 0 5 ) ,E组肝内脂肪 (35 8±8 8、10 0± 2 4)与B组相似 (P >0 0 5 ) ,肝内NOS活性及分布与肝内脂肪含量及分布相平行。结论一氧化氮在TPN引起的肝脂肪变性中起保护作用

AIM: To investigate the effects of nitric oxide (NO) on hepatic steatosis induced by total parenteral nutrition (TPN) in rats. METHODS: Thirty normal Wistar rats were randomly divided into five groups: group A, free access to food and water; group B, TPN; group C, TPN plus arginine; group D, TPN plus NG-nitrio-L-arginine methyl ester (L-NAME, NO synthase inhibitor); group E, TPN plus arginine and L-NAME. At the seventh day, liver function tests were examined, lipid content, nitric oxide level, and nitric oxide...

AIM: To investigate the effects of nitric oxide (NO) on hepatic steatosis induced by total parenteral nutrition (TPN) in rats. METHODS: Thirty normal Wistar rats were randomly divided into five groups: group A, free access to food and water; group B, TPN; group C, TPN plus arginine; group D, TPN plus NG-nitrio-L-arginine methyl ester (L-NAME, NO synthase inhibitor); group E, TPN plus arginine and L-NAME. At the seventh day, liver function tests were examined, lipid content, nitric oxide level, and nitric oxide synthase (NOS) activity were measured, and histology was examined. RESULTS: The hepatic lipid content [triglyceride (mmol·g-1 tissue), cholesterol (rnmol· g-1 tissue)] in group B was increased compared with group A (39.3?.4 and 13.1+1.1 vs 6.9?.8 and 5.6?.6) CP<0.05). It was higher in group D (50? and 14.1?.7) than in group B (P<0.05), whereas lower in group C (18? and 7?) than in group B (P<0.05). The activity and distribution of NOS in the liver were associated with the content and distribution of hepatic lipid. CONCLUSION: These results suggest that nitric oxide produced by the liver may protect hepatic steatosis induced by total parenteral nutrition in rats.

目的:探讨一氧化氮(N0)在全胃肠外营养(TPN)引起的肝脂肪变性中的作用.方法:30只正常Wistar大鼠随机分为5组:A组,自由进食和水;B组,TPN;C组,TPN+精氨酸;D组,TPN+N~G-硝基-L-精氨酸甲酯(N~G-nitrio-L-arginine methyl ester,L-NAME);E组,TPN+精氨酸+L-NAME.实验7天后测肝功能、肝内脂肪、肝脏NO含量及NOS活性并进行肝脏组织学检查.结果:B组肝内脂肪[甘油三酯、胆固醇(mmol·g~(-1))](39.3±2.4和 13.1±1.1)较A组(6.9±0.8和5.6±0.6)明显增加(P<0.05),D组肝内脂肪(50±6和14.1±1.7)较B组增加更显著(P<0.05),C组肝内脂肪(18±4和 7±3)较B组明显减少(P<0.05),肝内NOS活性及分布与肝内脂肪含量及分布相平行.结论:一氧化氮在TPN引起的肝脂肪变性中起防护作用.

In order to forecast density and population change of Diaphania pyloalis walker,relation of water, fat and glycerol in vivo of over-wintering Diaphania pyloalis Walker larvae and cold-hardiness was studied. The results showed that water content in vivo decreased along with air temperature declining,and the super cooling capability enhanced along with water content in vivo decreasing, reduced along with water content in vivo increasing, that correlation between variations of the super cooling point and combined...

In order to forecast density and population change of Diaphania pyloalis walker,relation of water, fat and glycerol in vivo of over-wintering Diaphania pyloalis Walker larvae and cold-hardiness was studied. The results showed that water content in vivo decreased along with air temperature declining,and the super cooling capability enhanced along with water content in vivo decreasing, reduced along with water content in vivo increasing, that correlation between variations of the super cooling point and combined fat content in vivo were positive, that glycerol content increased gradually during the over-wintering period, decreased along with temperature rising after the over-wintering period, that glycerin content reached the peak level which was 9.72, 10.82 and 8.87 ~mg/mL in December, January and Feburary in the next year, respectively, whereas the supper cooling point was the lowest which was-18.38,-18.88 and-19.69 ℃ respectively, and that the supper cooling point increased along with glycerin content decreasing gradually in March and April.

为预测桑螟的虫口密度及种群变化,研究了桑螟越冬幼虫体内水分、脂肪、甘油与抗寒性的关系。越冬幼虫体内含水量随气温下降逐渐减少,过冷却能力随体内水分的减少而增强,越冬后期随水分的增加而降低;越冬幼虫过冷却点的变化与体内结合脂肪的含量变化呈正相关,即过冷却能力随结合脂肪含量的升高而增强,降低而减弱;从越冬初期进入越冬期后,幼虫体内甘油含量逐渐增加,1月份增加幅度最大为1810%,越冬后期随温度升高,体内甘油含量下降。过冷却点的变化随甘油含量的不断增加而逐渐降低,12月和翌年1、2月,甘油含量最高,分别为972、1082、887mg/mL,其过冷却点也降至最低,分别为-1838、-1888和-1969℃;3、4月甘油含量逐渐减少,过冷却点随之升高。

 
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