- 更多网络例句与糖分解的相关的网络例句 [注：此内容来源于网络，仅供参考]
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This hormonal milieu increases glycogenolysis and gluconeogenesis, causes a net breakdown of skeletal muscle, and enhances lipolysis, which together provide endogenous glucose, amino acids, and free fatty acids that are required for cellular and organ function and wound healing.
这种激素环境增加糖原分解和糖异生，导致骨骼肌净分解，并且增加脂质分解，它们共同提供细胞和器官发挥功能以及创伤愈合所需的内源性葡萄糖、氨基酸和游离脂肪酸。
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This because NPY acted on sympathetic nerve obstructively and insulin was absolutely or relatively inadequate, which affected glycometabolism, lipometabolism and proteometabolism seriouly, and a lot of water was egested from urine on account of hyperglycosuria and osmosis-diuresis.
这可能进一步说明由于长期有氧运动，糖尿病大鼠增强了胰岛素分泌水平及组织对胰岛素的敏感性，促进了组织对糖的吸收和利用，改善了糖代谢紊乱及能量代谢异常，使糖尿病大鼠为满足机体能量代谢需要，而出现脂肪、蛋白质分解加剧得到缓解。
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Results The Bartonella sp.strains could decompose disaccharide without disassociation of glycose,trisaccharide and spirits,and produce bacillosporin with positive of glucose oxidation and ureolysis test,negative of hydrogen sulfide production test and oxidase test....
结果检测到巴尔通体菌株具有分解双糖，不分解单糖、三糖和醇类，葡萄糖氧化阳性，硫化氢试验阴性、尿素分解试验阳性，氧化酶试验阴性，能产生多粘菌素等生化特性。结论全自动微生物鉴定系统能快速检测出巴尔通体一些特殊的生化反应特性。
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We found that under acid condition, selenite radical combined with active hydroxide radical and amino-group of chitooligosaccharides to form chitooligosaccharides - Se compound molecule, the remaining group complex interacted with the negative sodium tripolyphosphate via electrostatical interactation to form nanoparticles with the size about 100nm.
通过透射电镜、粒径分析仪等方法表征，发现壳寡糖-硒纳米颗粒平均粒径为100nm左右，在酸性条件下，亚硒酸根与壳寡糖单元上活性羟基和氨基化合，形成壳寡糖-硒复合分子，剩余的基团与带负电的多聚磷酸钠复凝聚，在4℃下能够稳定保存，25℃以上壳寡糖溶胀而致纳米颗粒发生分解。
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Foods that break down into simple sugars in the mouth are called fermentable carbohydrates.
食物在口腔内分解的糖称之为可发酵的碳水化合物。
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Funalia gallica, Lenzites tricolor, Polyporellus brumalis, Pseudotrametes gibbosa, Pycnoporus sanguineus, tested their degrading ability to david poplar wood lignin, measured the lignin content change of david poplar wood after a period of time degraded by 6 wood rot fungi, which is the first study on the biodegradation mechanism of lignin by wood white rot fungi.
本项研究选择了火木层孔菌及另外5种木材分解能力较强的阔叶树上的白腐菌：粗毛盖菌、三色革裥菌、冬拟多孔菌、偏肿拟栓菌和血红密孔菌，研究了它们对山杨木材木质素的分解能力，测定了经6种白腐菌分解一定时期的山杨木材木质素的含量，作为木材白腐菌对山杨木材木质素生物降解机制的初步研究，旨在为山杨木材生物制浆造纸提供应用基础理论研究，同时也可为木质素合理的生物转化为有用的化学品、生物漂白、酶处理防止机械浆的返黄、废水治理、纤维素酶解糖化的微生物前处理等提供相关的借鉴研究，以期在生产实践中减轻环境污染并充分利用木质素资源。
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These ferments are made of the roofs, leaves and stems of 58 handpicked kinds of plant and vegetables through exclusive the biochemical technology, with the high-reactivity, high-stability and high-safety; The second is the fruit compound ferments(the approval No.J11000510836) with the abundant vitamin, minerals, favorable viable groups, multi-amino acid groups, oligosaccha groups and glucose , is made from handpicked 103 kinds of fruits and 20 kinds of Chinese herbal medicines through microbial treatment and fermentation method; The third is grain and bean high-fiber nutritious ferments (the approval No.J11000600369) with abundant proteases, amyloclast enzyme and lipolytic enzyme, is made from 60 kinds of grains and beans through special biologic technology, and is used to lose weight, expel toxin, clear the bowels, supply nutrition and activate cells in human body.
公司精选台湾58种植物、蔬菜的根、茎、叶天然原料，以独特的生化科技手段研制而成，不仅具有高活性、稳定性和安全性的特点，而且具有耐高温、耐强酸的特点，不含任何添加剂，其活性是当今世界任何厂家生产的酵素都不可比拟的。第二宝是水果复合酵素（检验审核号是J11000510836）。公司精选台湾103种水果，通过微生物科技处理，经半年多时间发酵酿制而成，含有丰富的维生素、矿物质、有益活菌群、氨基酸、果寡糖、葡萄糖等。第三宝是谷豆高纤营养酵素（检验审核号是J11000600369）。公司精选60种谷、豆及种子，用生物科技手段，经过特殊研制而成，含有丰富的蛋白质分解酵素、淀粉分解酵素及脂肪分解酵素。
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Albendazole and oxfendazole both inhibited the pathways of anaerobic glycolysis, partial inversed tricarboxylic acid cycle of Taenia Solium oncosphere, immature and mature cysticerci in vitro and immature and mature cysticerci in vivo in certain degree. They enhanced decomposing in fat, amino acid, and xanthine metabolism. On the other hand, absorption of glucose was hindered.
阿苯哒唑和奥芬哒唑对体外培养猪六钩蚴，未成熟期和成熟期猪囊尾蚴，以及体内发育未成熟期和成熟期猪囊尾蚴的糖无氧分解途径，丙酮酸羧化支路与逆向三羧酸循环途径均有一定程度抑制作用，代偿性促进糖异生及蛋白质，脂类和核酸分解途径，葡萄糖吸收受阻。
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To utilize trehalose,it must be hydrolyzed by trehalase for glycolysis.
海藻糖必须被海藻糖分解酶分解成葡萄糖才能用于糖酵解，以提供昆虫能量的需求。
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Both myxoviruses and lysosomes are equipped with enzymes which can degrade glycoproteins.
粘液病毒和溶解体均装配某些能分解糖蛋白的酶。
- 更多网络解释与糖分解的相关的网络解释 [注：此内容来源于网络，仅供参考]
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amylolysis：淀粉分解(作用);淀粉水解(作用)
amyloins 糊精麦芽糖混合物 | amylolysis 淀粉分解(作用);淀粉水解(作用) | amylolytic 淀粉糖化的;淀粉分解的;淀粉水解的
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glucosidase：葡糖苷酶
本实施方式中,细胞破碎的步骤为:于发酵液中加入分解酶,以溶解纳豆菌细胞壁,此步骤中所述的分解酶可以选择溶酶体(Lysosome)或酰胺酶(Amidase)或葡糖苷酶(Glucosidase)等.
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glucolysis;glycolysis：糖分解;解糖;糖酵解
"糖脂质","glucolipoid" | "糖分解;解糖;糖酵解","glucolysis;glycolysis" | "解糖的","glucolytic; glycolytic"
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glycolytic：糖分解的
glycolysis 醣酵解 | glycolytic 糖分解的 | glyconeogenesis 糖原异生
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glycolytic：解糖的(促)糖分解的
glycolysis糖(原)酵解(作用);糖分解 | glycolytic解糖的(促)糖分解的 | glycolyticenzyme糖解酶
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glucolytic; glycolytic：解糖的
"糖分解;解糖;糖酵解","glucolysis;glycolysis" | "解糖的","glucolytic; glycolytic" | "糖新生","gluconeogenesis; glyconeogenesis"
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lactose：糖
从消化的观点来考量,牛奶中含有两种成分,一种**糖(Lactose),另一种酪蛋白(Casein),这两种成分均得仰赖特定酶的分解. 如**糖经由**糖霉(Lactase),酪蛋白经由凝**酶(Rennin),分解成较单纯之成分. 人类仅在婴儿期(幼齿尚未长齐之前),
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amylolytic：淀粉糖化的;淀粉分解的;淀粉水解的
amylolysis 淀粉分解(作用);淀粉水解(作用) | amylolytic 淀粉糖化的;淀粉分解的;淀粉水解的 | amylolytic enzyme 淀粉分解酶;淀粉糖化水解酶
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saccharolytic：分解糖的
saccharolactic acid 糖乳酸;粘酸 | saccharolytic 分解糖的 | saccharolytic bacteria 解糖细菌
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saccharolytic bacteria：解糖细菌
saccharolytic 分解糖的 | saccharolytic bacteria 解糖细菌 | saccharometabolic 糖代谢的