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metabolic
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  代谢
    NUTRITION NEED OF LAYING HENS IN DIFFERENT SEASONS Ⅱ Examination of Need of Metabolic Energy through comparative Slaughter Experiment
    不同季节产蛋鸡营养需要研究——Ⅱ、利用比较屠宰试验测定代谢能的需要
短句来源
    Study on Metabolic Diseases in Cows Ⅱ. The Influence of Dietary Nutrition Levels on Lipid Metabolism in Cows
    乳牛代谢病的研究 Ⅱ.不同营养水平对乳牛脂代谢的影响
短句来源
    EVALUATION ON FEEDING EFFECT OF DETOXICATION RAPE SEED MEAL IN CHICKENS——Ⅱ.Determination of Apparent Metabolic Energy and Apparent Amino Acid Digestibility
    脱毒菜籽饼对鸡饲养效果的评价——Ⅱ.代谢能与氨基酸消化率的测定
短句来源
    LDH、MDH and G6PD Isozymes and Energy Metabolic Characteristics in the Domestic Fowl
    LDH、MDH、G6PD同工酶与家鸡能量代谢特征
短句来源
    Study on Bone Metabolic Disease of Dairy Cattle
    乳牛骨代谢病的研究
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  “metabolic”译为未确定词的双语例句
    THE EFFECT OF SELENIUM AND IODINE DEFICIENCY ON THE THYROID、LIVER AND KIDNEY γ-GLUTAMYL TRANSPEPTIDASE ACTIVITY AND PLASMA THYROID HORMONE METABOLIC LEVEL IN THE RAT
    硒、碘营养缺乏对大鼠血浆甲状腺激素水平和肾脏、肝脏和甲状腺组织中γ—谷氨酰转肽酶活性的影响
短句来源
    The increase from 4 to 6 week of fat metabolic rate was accordance with the change of lipase activity in pancreas and duodenum chyme.
    食糜中脂肪酶活性与胰腺相一致,三种鸡4~6周龄饲料脂肪代谢率的提高与胰腺和食糜中脂肪酶活性的提高有关。
短句来源
    for the latter period, metabolic rates of fiber components was: CF 23.71 % -35.54%, ADF 16.09%-18.35%, NDF 35.28%-43.80%,hemicellulose 39.43%-50.53%.
    后期粗纤维为23.71%~35.54%,ADF为16.09%~18.35%,NDF为35.28%~43.80%,半纤维素为39.43%~50.53%。
短句来源
    Part П. Effects of IAP on metabolic index in mouse (1) Thyroxine(T3):EXP 1, at the dose of 0, 0.1, 0.2, 0.4ug IAP per mouse, the concentration of T3 (ng/ml) was 1.24±0.28, 0.74±0.28, 0.80±0.19, 0.59±0.18, respectively.
    试验系列V中IAP的注射剂量(ug/鼠)分别为0、0.05、0.1、0.2、0.4ug/鼠剂量时,小鼠的甲状腺素含量(ng/ml)分别为0.73±0.30、0.78±0.08、1.43±0.41、1.08±0.15、1.65±0.75。
短句来源
    G=-21.83X2+108.86X-57.53 R2=0.9905 P<0.001生长期波杂山羊钙磷代谢规律及需要量研究This research on the calcium and phosphorus metabolism of crossbred Boer goatshas yielded the following insights: first, rations low in calcium or phosphorusresult in an internal calcium and phosphorus metabolic imbalance.
    G=-21.83X2+108.86X-57.53 R2=0.9905 P<0.001
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  metabolic
The increased glucose flux through this metabolic pathway has been linked to the development of diabetic complications such as neuropathy, nephropathy, retinopathy, and cataract.
      
However, metabolic quotient declined dramatically by 57.45%-77.49%.
      
Simultaneous introduction of multiple genes into plants is a critical step in plant genetic engineering to manipulate multiple functional genes in metabolic engineering and trait stacking.
      
This work reviews two main methods of PHA production by mixed cultures, anaerobic-aerobic processing and aerobic transient feeding processing, and analyzed the metabolic and effective factors.
      
Association of metabolic syndrome with arterial compliance in children and adolescents
      
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1. Temperature adjustment during incubation (Early stage 38.5℃, Midestage 38.0℃, Late stage 37.0℃) showed favorable effect on rate of embryonic development and intensity of nutrient metabolism. The effect of thermo-rise during the early stage was more striking 24 hours after setling of eggs; the experiment group surpassed the controls in rate of development by about one full day, judging from exterior appearance. From the 25th day onward, exterior difference between groups became less manifest, although the...

1. Temperature adjustment during incubation (Early stage 38.5℃, Midestage 38.0℃, Late stage 37.0℃) showed favorable effect on rate of embryonic development and intensity of nutrient metabolism. The effect of thermo-rise during the early stage was more striking 24 hours after setling of eggs; the experiment group surpassed the controls in rate of development by about one full day, judging from exterior appearance. From the 25th day onward, exterior difference between groups became less manifest, although the experimental group pipped the shell earlier with greater strength, emerged early. The newly hatched ducklings were stronger with longer and fuller down, their average initial weight was heavier (47.76 gms as against 46.72 gms for the controls). As a consequence, hatchability was raised by 13.3% (Experimental, 75%, Control, 61.7%). 2. Growth curves of experimental group in length and weight of the embryo and its principal organs such as eye, heart, stomach, intestines, liver, lung, etc, fluctuated above those of the controls, except the heart, during the 25—27th day period only the former fell below the control group, slightly. 3. Manifestations indicating intensive metabolic rate were also in favor of the experimental group. For instance, decreases in egg weight were at faster rate than the control group. Descrepandies between the two groups were especially obvious in the utilization of egg white and egg yolk; egg white of the experimental group was completely utilized from the end of the 20th to the beginning of the 21st day, whereas it was delayed until the end of the 22nd and the beginning of the 23rd day in the controls, As the time of hatching the former had only 4.16 gms. of egg yolk left, while 6.23 gms was still left for the latter. Differences between the number of red blood cells and haemoglobin content were also apparent. 4. Roentgenographic measurements of ossified region taken from the diaphyses of the Humerus and Tibio-fibula likewise proved that the experimental group developed at a faster rate. 5. Sex differentiation was manifest at the 8th day for the experimental group as against the 9th day for the control group.

1.变溫条件(早期38.5℃,中期38.0℃,晚期37.0℃)可以改善胚胎发育的速度和胚体內某些指标变化的影响物质代謝的强度。初期升溫的效果在孵化开始的24小时以后較为明显。試驗組与对照組相比,发育速度一直領先,从外形来看,两組相差1昼夜。而到25昼夜以后,两組外形差別不大,但試驗組啄壳时間早,啄壳强而有力,出雛时間早,初生鴨雛健壮,絨羽长而丰滿,平均体重大(試驗組为47.76克,对照組为46.72克),从而提高了孵化率13.3%(試驗組75%,对照組61.7%) 2.胚胎及其主要器官,如眼、脑、心、胃、腸、肝、肺等长度和重量增长曲綫,試驗組的曲綫一直波动于对照組曲綫的上面,仅在25—27昼夜試驗組略有下降,其中心脏的情况,稍有例外。 3.一些能够說明物质代謝强度的指标,試驗組也一直領先。例如,卵重失重,壳重减重試驗組均快于对照組。特別是卵白、卵黃的利用方面,两組相差更为明显。試驗組在20昼夜末21昼夜初,卵白已被用尽,而对照組却延迟到22昼夜末23昼夜初。到出壳为止試驗組卵黄仅余4.16克,而对照組却还有6.23克。紅血球和血紅蛋白含量,两組差別也很明显。 4.X射綫直接摄影測量肱骨和小腿骨的骨干骨化区,也...

1.变溫条件(早期38.5℃,中期38.0℃,晚期37.0℃)可以改善胚胎发育的速度和胚体內某些指标变化的影响物质代謝的强度。初期升溫的效果在孵化开始的24小时以后較为明显。試驗組与对照組相比,发育速度一直領先,从外形来看,两組相差1昼夜。而到25昼夜以后,两組外形差別不大,但試驗組啄壳时間早,啄壳强而有力,出雛时間早,初生鴨雛健壮,絨羽长而丰滿,平均体重大(試驗組为47.76克,对照組为46.72克),从而提高了孵化率13.3%(試驗組75%,对照組61.7%) 2.胚胎及其主要器官,如眼、脑、心、胃、腸、肝、肺等长度和重量增长曲綫,試驗組的曲綫一直波动于对照組曲綫的上面,仅在25—27昼夜試驗組略有下降,其中心脏的情况,稍有例外。 3.一些能够說明物质代謝强度的指标,試驗組也一直領先。例如,卵重失重,壳重减重試驗組均快于对照組。特別是卵白、卵黃的利用方面,两組相差更为明显。試驗組在20昼夜末21昼夜初,卵白已被用尽,而对照組却延迟到22昼夜末23昼夜初。到出壳为止試驗組卵黄仅余4.16克,而对照組却还有6.23克。紅血球和血紅蛋白含量,两組差別也很明显。 4.X射綫直接摄影測量肱骨和小腿骨的骨干骨化区,也証明了試驗組的发育此对照組快。 5.性別分化时間,試驗組在第8昼夜,对照組在第9昼夜。

Four dairy goats (2 heifers and 2 milking goats during their first lactation period) fitted with a chronic ruminal cannula each were used in the experiment to investigate the nitrogen metabolic processes in the rumen under three different feeding conditions, i.e. feeding chiefly with hay in winter, forage feeding in spring and summer, and grazing.The results of our experiment showed that different feeding regimes affected the level of nitrogen metabolism in the rumen significantly. The pH of rumen contents...

Four dairy goats (2 heifers and 2 milking goats during their first lactation period) fitted with a chronic ruminal cannula each were used in the experiment to investigate the nitrogen metabolic processes in the rumen under three different feeding conditions, i.e. feeding chiefly with hay in winter, forage feeding in spring and summer, and grazing.The results of our experiment showed that different feeding regimes affected the level of nitrogen metabolism in the rumen significantly. The pH of rumen contents average about 7 was always slightly below that value, however, often appeared weak alkali reaction in grazing period. The concentration of ammonia nitrogen varied within the normal physiological range of 15—25 mg/100 ml.R.L. The concentration of TCA-precipitated protein was 28.6 mg/ml R.L. in hay feeding period, 21.7mg/ml R.L. in forage feeding period and 20 mg/ml R. L. in grazing period. So, the feeding condition has a marked effect on the three metabolic parameters.

在四头乳用山羊(两头为处女羊,两头为头胎泌乳羊)上研究冬季干草舍饲、夏秋青刈舍饲及放牧三种不同饲养条件下,瘤胃内氮代谢过程。 不同的饲养制度明显影响瘤胃内氮代谢水平。实验山羊的瘤胃内容物pH值,一般波动于7左右而略偏酸性,放牧期往往呈微碱性。氨氮水平变动在15—25毫克/100毫升正常生理范围内,放牧期略低。三氯醋酸沉淀蛋白的浓度,千草舍饲期约28.6,青刈舍饲期约21.7,放牧期约20毫克/毫升。饲喂对瘤胃的上列三项代谢指标有剧烈影响。

An experiment was performed to determine the requirement of energy forbroiler chicks.Birds were fed adlibitum with two diets different in proteinsource.The metabolizable energy intake(ME_i)and retention of energy for bodygain(RE_g)were estimated bi-weekly.The regression of ME_i on RE_g indicated that the mean of maintenance requi-rement for broiler chick was 128.5 Kcal per Kg metabolic body size.The productive requirement for broiler chick before and after 4 weeks of ageaveraged 2.5 and 3.8 Kcal for each...

An experiment was performed to determine the requirement of energy forbroiler chicks.Birds were fed adlibitum with two diets different in proteinsource.The metabolizable energy intake(ME_i)and retention of energy for bodygain(RE_g)were estimated bi-weekly.The regression of ME_i on RE_g indicated that the mean of maintenance requi-rement for broiler chick was 128.5 Kcal per Kg metabolic body size.The productive requirement for broiler chick before and after 4 weeks of ageaveraged 2.5 and 3.8 Kcal for each gram of gain respectively.ME requirement of gain differed between sexes(P<0.05).The authors suggested the following formula to calculate the ME requirement(Y)for broiler chicks:0—4 week Y=128.5 W~(0.75)+2.5△W4—10 weeks Y=128.5 W~(0.75)+3.8△W

进行了一次试验测定肉仔鸡能量营养需要。试验用两种不同蛋白质来源的日粮。试禽采用任食、单笼饲养。每两周统计一次代谢能进食量和增重沉积能量。对进食代谢能量和增重沉积能量的回归分析得出肉仔鸡的维持代谢能需要量为每公斤代谢体重(W~(0.75))128.5Kcal。肉仔鸡的增重代谢能需要量,平均约为每克增重0—4周龄2.5Kcal,4—10周龄3.8Kcal。肉仔鸡的增重代谢能需要,在试禽性别间和周龄间差异显著(P<0.05,P<0.01),但在不同蛋白质来源的日粮间差异不显著(P>0.05)。作者建议肉仔鸡代谢能营养需要量(Y)的推算公式如下:0—4周龄 Y(Kcal)=128.5W~(0.75)(kg)+2.5△W(g)4—10周龄 Y(Kcal)=128.5W~(0.75)(kg)+3.8WW(g)

 
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