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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。
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Experiments on decalcification and activation of osteoinductive ability, comparison between the osteogenesis of demineralized bone matrix in orthotopic and in heterotopic sites, and correlation between immune response to allograft of bone and osteoinductive activity of the graft, were reported in this paper. 1. Syngeneic deminerolized bone matrix and the mixture of DBM with bone ash or acid-soluble protein extracted from demineralization was implanted into muscle pouch of mice, subsequently, the inhibition of DBM osteoinduction by bone ash or acid-soluble protein was demonstrated with histological and by means of alkaline phosphatase assay.
本文对脱钙处理使骨诱导活性表达的作用、脱钙骨基质植入不同部位的成骨表现，以及同种异体骨移植引发的免疫反应与骨诱导活性的内在关系三方面进行了研究：（1）在小鼠肌肉植入同系脱钙骨基质及其与脱钙所去除的骨矿盐和酸溶性蛋白混合物，碱性磷酸酶和组织学检查表明：骨矿盐和酸溶性蛋白具有抑制脱钙骨基质骨诱导活性的作用。
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ABAS could be decolored by extracellular composite enzymes secreted by Zoogloea HP3. The degradation place of o-pathalic acid was in-cell. Compared with the degradation of o-pathalic acid, the decoloring of ABAS controlled the degradation of ABAS.
动胶菌HP3分泌的胞外组成酶可使溴胺酸脱色，溴胺酸降解中间产物邻苯二甲酸的降解场所在胞内；与邻苯二甲酸的降解相比，溴胺酸的脱色是反应的控制步骤。
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Benzylidene acetone desorption potential acid sulfate tin plating solution is very close to the ideal desorption potential; Benzylidene acetone, formaldehyde can regulate the desorption potential role and can increase the current density range; Composite additive D can make acid sulfate tin plating solution in the hydrogen produced during the rapid detachment; Ammonium metavanadate can catalyze Sn4+ and restore to Sn2+, and then make solution stability.
苄叉丙酮的脱附电位很接近酸性硫酸盐镀锡溶液的理想脱附电位；甲醛具有调节苄叉丙酮脱附电位的作用，并且能够增大电流密度范围；复合添加剂D能够使酸性硫酸盐镀锡溶液在电镀过程中产生的氢气迅速脱离；偏钒酸铵能够催化Sn4+还原为Sn2+，从而使镀液稳定。
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Hippuric acid can be well separated by RP-HPIC on ODS column and with methanol-water- acetic as mobile phase and UV detector at 254nm.
在生产酸牛乳时，原料乳中马尿酸脱甘氨酸生成苯甲酸，从而使酸牛乳中天然苯甲酸含量增加[2]。
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Abstract— When the solution of sodium sebacate from sebacic acid manufacture is decolorised with activated carbon adsorption,the productivity was low and the cost was high.
由蓖麻油为原料生产癸二酸过程中，传统的脱色工艺是用粉末活性炭吸附，活性炭在脱除溶液中有机色素和混酯的同时，也吸附了部分癸二酸单钠盐，使产品得率较低，生产成本高。
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The effects of solution\'s pH value, mol ratio between phenyl aldehyde and L-Arginine, concentrations of sodium chloride, ammonia chloride andL-Lystine, initial concentration of L-Arginine on precipitation rate of a -tolylene arginine were investigated, the results indicated that phenyl aldehyde precipitation method\'s appropriate pH value was higher than 11, suitable mol ratio between phenyl aldehyde and L-Arginine was 1.25, initial concentration of L-Arginine was must higher than 15g/L, sodium chloride had little effect on precipitation rate, on the contrary, ammonia chloride and L-Lystine had great effect on it, both of them must be eliminated; At the same time, adsorption isotherm at 25 C of L-Lystine on anion exchange resin A was measured, the result showed that the maximal equilibrium adsorbance was 30mg/g, the influences of solution\'s pH value, temperature, concentration of chloride ion on adsorption of L-Lystine by anion exchange resin A were also studied, the results indicated that appropriate operational pH value was 0.5 0.2, the effect of temperature on adsorption ratio was little, process could be operated at room temperature, the concentration of chloride ion must be eliminated.
考察了溶液pH值、苯甲醛与L-精氨酸摩尔比、氯化钠与氯化铵浓度、L-赖氨酸浓度、L-精氨酸初始浓度对苯甲醛沉淀L-精氨酸的影响，结果表明，沉淀反应的适宜pH值大于11，苯甲醛与L-精氨酸的适宜摩尔比为1.25，(来源：Aa6BC论文网www.abclunwen.com)L-精氨酸适宜的初始浓度在15g/L以上，氯化钠的存在对沉淀率基本上没有影响，而氯化铵和L-赖氨酸的存在使沉淀率下降；同时测定了25℃时阴离子交换树脂A吸附L-赖氨酸的吸附等温线，表明其最大平衡吸附量为30mg/g，考察了溶液pH值、温度、氯离子浓度对阴离子交换树脂A吸附脱除L-赖氨酸的影响，结果显示从L-精氨酸和L-赖氨酸混合液中吸附分离出L-赖氨酸的适宜pH值为10.5±0.2，温度对L-赖氨酸吸附率影响不大，吸附过程可在室温下进行，氯离子的存在使L-赖氨酸的吸附率降低。
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Result At 5 and 25 mgkg^(-1), the total respiratory rate had a similar trend with tricarboxylic acid cycle and pentose phosphate pathway, T1, and T2 were higher than the control on the 1st day and then declined three days late but they had a recover on the last day. Embden-Meyer-hot-Parnas pathway had a declined trend forever. The respiratory rate of the total and three pathways were decreased under 125 mgkg^(-1). The enzyme activity of pyrophosphate-dependent phosphofructokinase, glucose-6-phosphate dehydrogenase (G-6-PDH) and malate dehydrogenase were similar to relative respiratory pathway.
测定期内，5mgkg^(-1)土、25mgkg^(-1)土浓度处理使基础呼吸速率和三羧酸循环、磷酸戊糖途径的呼吸速率均表现初期上升随后（第3天）下降但末期有所恢复的趋势，而糖酵解途径的呼吸速率则持续下降在末期小幅回升；125mgkg^(-1)土浓度处理后基础呼吸速率及3条途径呼吸速率均呈下降趋势；磷酸果糖激酶、苹果酸脱氢酶和葡萄糖－6-磷酸脱氢酶(G-6-PDH)活性变化趋势分别与其对应途径呼吸速率变化相似。
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Results indicated that full defoliation was the key measure to autumn reflowering,and from late August to early September was the optimum defoliation time in Heze,Shandong Province.Chemical defoliators like abscisic acid and ethephon could advance the flowering time of three autumn-flowering cultivars 2—6 days,and had a better effect on the reflowering quality and leaf development than artificial defoliation.
结果表明：全株脱叶是实现牡丹二次开花的关键措施，在山东菏泽地区以8月下旬至9月上旬为适宜的脱叶时间，脱落酸、乙烯利等化学脱叶药剂处理使秋发1、2、3号品种的二次开花时间提前2～6 d，显著提高了植株二次开花质量，尤其是明显促进了二次叶片的发育。
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It can convert arginine, a semi-necessary amino acid, into citrulline and ammonia. And the absence of arginine can restrain the growth of cell.
精氨酸脱亚氨基酶可把非必需氨基酸——精氨酸转变为瓜氨酸，而精氨酸的缺失将使细胞生长受到抑制。
- 更多网络解释与使脱酸相关的网络解释 [注：此内容来源于网络，仅供参考]
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silica gel：硅胶
这些都是属於巴尔比士酸(Barbituric)系的安眠药,大量服用即可使心先举出一些看上去可能致死,实际上毒性很差不宜自杀的,有乾燥剂矽胶(Silica gel)、合成洗涤剂、洗发乳、头发润丝精、发油(Pomade)、墨水、保鲜膜、蚊香、捕蟑垫、防臭剂、脱
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glucoside：葡[萄]糖苷
使用破坏或分解黑色素成分如氢醌、杜鹃花酸等以直接脱色阻断黑色素移转全角质细胞;使用天然酵素或维生素B3等使黑色素无法显色阻止酪氨酸生成:使用氨基葡萄糖(Glncosamine)、葡萄糖苷(Glucoside)或氨基半乳糖(Galactosamine)等成分以阻止酪氨酸酶之合成抑止酪氨酸酶活性;
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Pint：品脱
否完全消灭这些微生物.亦即是说一般采用活性碳来吸收鞋子内的臭味和使脚部乾爽的粉末都未能收到治本的功效.每天用含有丹宁酸的热茶浸脚亦有助减低脚汗和臭味.实施的方法可以先用两个茶包放入 1 品脱(pint)的大滚水中泡浸 1
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pyruvate dehydrogenase：丙酮酸脱氢酶
咖啡因会抑制磷酸果醣激酶(phosphofructokinase)及丙酮酸脱氢酶(pyruvate dehydrogenase),促进脂肪氧化的速度增加,使血中游离脂肪酸浓度增加,同时咖啡因也会刺激脂肪细胞内的c-AMP浓度提高,增加脂解作用,进而促成血脂肪与三酸甘油脂在摄取咖啡后显著的提高(吴庆瑞,
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yogurt：酸奶酪
通常碱性的小苏打遇到酸性成份的材料,例如白脱牛奶 (Buttermilk) 、酸奶酪 (Yogurt) 或是糖蜜 (Molasses) 等,会产生二氧化碳气泡,就能使面团达到发酵的作用.
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deacidify：使去酸, 使脱酸 降低...的酸度
ground pipe 接地导管, 地下管道 | deacidify 使去酸, 使脱酸 降低...的酸度 | top left corner 左上角
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malonate：丙二酸
丙二酸(malonate)是酶的竞争性抑制剂. 微生物和植物可以在产乙酸或产生acetyl CoA的化合物中生长,因为它们存在两种酶:异柠檬酸裂解酶(isocitrate lyase)和苹果酸合成酶(malate synthetase),这样可使TCA循环中的异柠檬酸不经脱羧而被裂解酶裂解为琥珀酸和乙醛酸,