查询词典 constructive metabolism

HD-G Multifunctional Slimming Machine combine main and collateral channels and acupuncture therapy,with modern computer technology,Control electric pulse by the procedure,simulate acupunture massage acupunture point,can make human's body organ relating physiological reaction,adjust bio computer and metabolism,increase human body's lactate dehydrogrnase,adjust human body's incretion,improve human body's metabolism, slow down the speed of glucose transformed into fat,especially,to paly the important part to fat metabolism,can hydrolyze most 3 sour and sweet axunge,and make its leave fat cell,through a series of special decomposition approach, 3 sour and sweet axunge will be transfromed into energy Co2 and water being consumed,that fat cell volume will be small,that effect in weight loss and tightening skin

HD-G美体减肥仪器结合了中医的经络学和针灸理疗学，应用现代电脑技术，通过程序控制电子脉冲，模拟针灸按摩穴位，让人体相关的器脏产生相应的生理反应，有效调解生物电脑和新陈代谢，增加人体内乳酸脱氢酶活力，彻底调整人体内分泌，改善人体新陈代谢，减缓葡萄糖转化成脂肪的速度，特别是对脂肪代谢的分解发挥作用，可使原有脂肪中绝大部分的三酸甘油脂水解成脂肪酸和甘油，并使之离开脂肪细胞，通过一系列特殊分解途径，最好转化为能量二氧化碳和水被消耗。从而使脂肪细胞体积变小，达到减肥收紧皮肤的效果。

HD-M6 multi-functional 2 persons far-infrared weight loss slimming Machine combine main and collateral channels and acupuncture therapy,with modern computer technology,Control electric pulse by the procedure,simulate acupunture massage acupunture point,can make human's body organ relating physiological reaction,adjust bio computer and metabolism,increase human body's lactate dehydrogrnase,adjust human body's incretion,improve human body's metabolism, slow down the speed of glucose transformed into fat,especially,to paly the important part to fat metabolism,can hydrolyze most 3 sour and sweet axunge,and make its leave fat cell,through a series of special decomposition approach, 3 sour and sweet axunge will be transfromed into energy Co2 and water being consumed,that fat cell volume will be small,that effect in weight loss and tightening skin

HD-M6多功能双人远红外减肥美体仪结合了中医的经络学和针灸理疗学，应用现代电脑技术，通过程序控制电子脉冲，模拟针灸按摩穴位，让人体相关的器脏产生相应的生理反应，有效调解生物电脑和新陈代谢，增加人体内乳酸脱氢酶活力，彻底调整人体内分泌，改善人体新陈代谢，减缓葡萄糖转化成脂肪的速度，特别是对脂肪代谢的分解发挥作用，可使原有脂肪中绝大部分的三酸甘油脂水解成脂肪酸和甘油，并使之离开脂肪细胞，通过一系列特殊分解途径，最好转化为能量二氧化碳和水被消耗。

Bloodfat , baric index / metabolism lipoprotein / metabolism phlegmatic hygrosis / metabolism

2，脂肪肝的发生情况：湿热困脾型、血瘀经脉型和阴虚热盛型＞阴阳两虚型和气阴两虚型。

The result indicated that ZXTMN group excelled the western medicine in the aspects of ameliorating symptom and hemodynamics, adjusting sugar and lipid metabolism, and reducing urine albumin and pltaelet adhesiveness and aggreagtion. The mechanism, which ZXTMN prescription could protect renal function, probably was (1) decreasing the level of sugar and glycosylated ferrohemoglobin;(2) decreasing AR activity of erythrocyte, improving SDH activity of erythrocyte, reducing accumulation of sorbitol in the erythrocyte, thus ameliorating the polyol metabolism;(3) accommodating lipid metabolism;(4) ameliorating coagulation, gathering, thick and mucosity of patient blood.

结果表明，止消通脉宁治疗组明显优于西药对照组，在改善症状，调整糖、脂代谢，减少尿白蛋白，改善血流变，降低血小板粘附和聚集等方面具有显著的疗效，分析其治疗早期DN的机制可能有以下几个方面：（1）降低血糖和糖化血红蛋白；（2）降低DN患者红细胞AR活性、提高SDH活性、减少红细胞内山梨醇积聚从而改善多元醇代谢；（3）调节脂质代谢；（4）改善DN患者血液凝、聚、浓、粘状态，抑制血小板的粘附聚集，从而改善肾脏微循环，保护肾功能。

As tail-suspended rats model can form an abnormal model of lipid metabolism as well as bone metabolism, We added three levels offish oil to the diets of rats of this model to determine the effects of n-3 polyunsaturated fatty acids on lipid and bone metabolism, so as to determine the interaction of these two chronic diseases and clarify the mechanism of these diseases.

尾部悬吊模拟失重大鼠模型能够同时造成大鼠脂质代谢与骨代谢失调，而应用此模型进行脂质代谢与骨代谢失调相关关系及膳食(n-3)多不饱和脂肪酸干预对模拟失重条件下脂质与骨代谢的影响的研究尚未见报道。本实验通过添加以鱼油为来源的不同剂量的(n-3)多不饱和脂肪酸作为膳食干预手段，研究其对模拟失重条件下构建的大鼠脂质代谢与骨代谢异常的调节作用，以加强对脂质代谢与骨代谢相互作用生理进程的深入了解为目标，为阐明中老年人群慢性疾病并发或多发的生理生化机制提供一定的实验依据。

Signed rank sum test was applied. 18F-FDG PET imaging showed significant difference P ＜ 0.005）. Twenty cases showed low brain glucose metabolism, 11 were diffuse low metabolism loci, 9 were unilateral low metabolism loci, 2 were normal.

随着正电子发射计算机断层扫描（positron emission tomography， PET）的问世，18F-FDG PET脑代谢显像不仅能显示脑结构异常，并且能显示脑细胞葡萄糖代谢变化。

The relationship between standard metabolism (R〓, mgO〓/h/fish), wet weight and temperature was: lnRs=0.830+0.021T+0.670lnW in short term respiration trials. The relationship between feeding metabolism rate (R〓, mgO〓/g/d) and feeding rate was R〓=0.264C+36. 740 determined in short term respiration trials. The relationship between feeding metabolism , body weight and temperature for gibel carp at maximum feeding rate was R〓=-6. 237+0.697lnW+1. 940lnT.

异育银鲫标准代谢（R〓，mgO〓/h·fish）与水温及体重的关系可表述为：lnR〓=-0.830+0.021T+0.670lnW；异育银鲫摄食代谢率（R〓，mgO〓/g/d）与摄食率的关系可表述为：R〓=0.264C+36.740；结合以上两个模型进行推测，最大摄食率条件下异育银鲫摄食代谢与水温及体重的关系可表述为：R〓=-6.237+0.697lnW+1.940T

objective: the purpose of this study was to investigate the role of turkish gall extract on the metabolism of glycose metabolism and acid metabolism of cariogenic bacteria and to find out the mechanism of anticariogenic of turkish gall.

目的：研究没食子鞣质及其提取物对致龋菌产酸及产水不溶性胞外多糖能力的影响，探讨实验药物的防龋机制。

The mature egg cell was an inactive cell with only a few polysomes. At the early zygote stage, a large number of ribosomal precursors were produced by the nucleolus, and many polysomes appeared in the cytoplasm, which suggests a high level of metabolism. Zygote at the dormancy stage had a small nucleolus and marked decrease in ribosomes, as shown by a few polysomes, which suggests decreased metabolism. Zygotes in the prophase of mitosis and two-celled proembryo became active again in metabolism, for a prominent nucleolus, high density of ribosomes and increased number of polysomes in the cytoplasm.

结果如下：在成熟卵细胞中多聚核糖体数量不多，且细胞代谢活性较弱；初期合子内，核仁大量合成核糖体前体物质，胞质中多聚核糖体数目众多，细胞代谢活性较强；休眠期合子的核仁变小，胞质中核糖体数量急剧减少，仅有少量多聚核糖体，细胞代谢活性较弱；合子分裂前期和二细胞原胚期，核仁显著，胞质中核糖体的密度增加，出现大量多聚核糖体，细胞代谢活性较强。

However, most experimental evidence is indirect and unassembled. In this paper the studies on LDH-C and energy metabolism of mammal spermatozoa were reviewed, We suggested that LDH-C played the multi-roles in energy metabolism of mammal spermatozoa, not only in directly the energy metabolism pathway but also in the signal pathway of spermatozoa.

综述了对哺乳动物精子能量代谢和LDH-C两个方面的研究，提出LDH-C在精子的能量代谢中扮演着多重角色，不仅直接参与精子的能量代谢，还可能参与哺乳动物精子获能的信号途径，LDH-C和哺乳动物精子的能量代谢密切相关。

But this is impossible, as long as it is engaging in a market economy, there are risks in any operation.

但是，这是不可能的，只要是搞市场经济，是有风险的任何行动。

We're on the same wavelength.

我们是同道中人。