主酶

基本解释 (translations)

apoenzyme

与主酶相关的网络例句 [注：此内容来源于网络，仅供参考]

Along with the fluconazole solution density rise,the experimental two kind of strain various glucose density is higher,showe d the glucose consumption are less,takes the logarithmof the medicine de nsity,discovered the logarithm the medicine density and each glucose den sity presents the linear relations;Carries on the analysis comparison to under the fluconazole function two kind of strain linear relations,disc overed the relations of the two strains has the nonuniformity.3 Compare the fluconazole induction reaiatance SC5314 strain and sens itive strain compares,its difference gene expression mainly concentrates in:The code proteinase body and the protein hydroltyic enzyme gene,in the code sugar fat metabolism process is connected the protein gene,the cell cycle correlation gene,the duplication and the translation adjustme nt correlation gene,the stress response correlation gene,the line plast ochondria correlation gene,the cell wall function related gene.4 Candida albicans SC5314 induction resiatance strain was processed b y Xianglian solution,its expression change gene mainly is:Code stress re sponse family protein gene,biomembrane relevant gene,a code proteinase body gene race,code cell cycle related protein gene,duplication and tra nslation adjustment related protein gene.5 The clinical reaiatance strain Candida albicans was processed by Xi anglian solution,its expression change gene mainly is:Codes the hot sho ck protein gene,the serine/threonine protein activating enzyme gene,the proteinase body family gene,the regulation copies and translates the ge ne.

随着氟康唑药液的浓度上升，试验的两种菌株各孔葡萄糖浓度越高，说明葡萄糖消耗越少，经过药物浓度取对数后进行分析，发现取对数后的药物浓度和每孔中葡萄糖浓度者呈现线性关系；对氟康唑作用下的两种菌株的线性关系进行分析比较，发现对两种菌株作用具有不一致性。3氟康唑诱导的耐药SC5314菌株与诱导前的敏感株相比，其差异基因表达主要集中在：编码蛋白酶体及蛋白水解酶的基因，编码糖脂代谢过程中相关蛋白的基因，细胞周期相关基因，转录及翻译调节相关基因，应激反应相关基因，线粒体相关基因，细胞壁功能相关基因。4白念珠菌SC5314诱导耐药株经香莲外洗液作用后，其表达变化的基因主要是：编码应激反应家族蛋白的基因，生物膜相关性基因，编码蛋白酶体基因一族，编码细胞周期相关蛋白基因，转录及翻译调节的相关蛋白基因。5白念珠菌临床耐药菌株经香莲外洗液作用后，其表达变化的基因主要是：编码热休克蛋白基因，丝氨酸/苏氨酸蛋白激酶基因，蛋白酶体家族基因，调控转录及翻译基因。

We investigated the effect of combined application of maize straw, bean haulm, wheat straw and weathered coal on the activity of alkaline phosphate enzyme in calcareous cinnamon soil by means of regression design of 416A-optimization.

本研究采用四因数二次回归 4 1 6A—最优设计方法，通过裸土盆栽试验，在施用少量N、P肥的基础上，研究了玉米秆、豆秆、麦秆和风化煤四种有机物料配合施用对石灰性褐土中碱性磷酸酶活性的影响，建立了上述四个因子与土壤碱性磷酸酶活性之间的数学模型，并分别进行了试验因子的主效应和互作效应的分析

According to the experiment results of degradation in field, degradation mechanism of the biodegradable mulch film can include four stages: the first, the material surface appeared deficiency while the surface area and interstice increased of material in the action of natural environment and microorganism; the second, along with the surface area and interstice of material increased and the gap strengthened, the chemical chain of the high polymer's principal chain broke as a result of the hydrolysis or the enzymatic effect in the action of hydration, causing the molecular weight and mechanics function descended; the third, the molecular of high polymer split the low polymer after its physical mechanical function descended, the material decomposed the fragments, the mass defect intensified; the fourth, the low polymer of fragments form in the natural environment, the microorganism, the biological enzyme became the smaller fragments, thus absorbed by the phagocytes, or further turn into CO2 and H2O due to hydrolysis.

根据田间降解试验结果推测，生物全降解地膜的降解机理可能包括四个阶段：第一，在自然环境、微生物作用下，材料表面出现缺陷，同时表面积增大、空隙增多；第二，随着材料表面积的增大、空隙的增多，吸水性增强，在自水合作用下，高聚物主链由于水解或酶解而使化学链断裂，导致分子量和力学性能下降；第三，在其物理机械性能下降后，高聚物分子链断裂为低聚物分子，材料裂解为碎片状，质量损失加剧；第四，碎片状低聚物在自然环境、微生物、生物酶作用下进一步水解变成尺寸更小的碎片，从而被吞噬细胞吸收，或进一步水解，生成CO2和H2O。

Sequence analysis showed that the full-length cDNA sequence of Sc-SAMDC (GenBank Accession number: GQ246459) was 1 968 bp, with three open reading frames, tiny ORF, upstream ORF and main ORF. The mORF was 1200 bp encoding 399 amino acid residues with a molecular mass of 43.6 kD, and the deduced protein had two highly conserved function domains (proenzyme cleavage site and PEST domain).

序列分析显示，甘蔗Sc-SAMDC基因(GenBank Accession number： GQ246459) cDNA全长1968 bp，存在3个读码框（袖珍读码框tORF、上游读码框uORF和主读码框mORF），mORF长1200 bp，编码399个氨基酸的SAMDC酶原，预测分子量为43.6 kD，该酶原含有两个高度保守的功能结构域（酶原剪切位点和PEST结构域）。

The browning reaction is mostly non-enzymatic browning, including maillard reaction and caramelization .

浓缩苹果汁的生产工艺基本消除了果汁贮藏期的酶促褐变，在贮藏期的褐变限于非酶促褐变，主要是Maillard反应和焦糖化反应。

AOX branches from the cytochrome pathway at the level of the ubiquinone and catalyses the oxidation of ubiquinol and reduction of oxygen to water.

从主呼吸链的辅酶Q分岔，是氧化辅酶Q、还原氧分子生成水的另一终端氧化酶。

The processing technology of Huanghua pear fermented wine are : Huanghua pear →selection, washing →cleavage breakage→pretreatment→squeezing juice →pectinase clarification(pH3.5,1%pectinase solution adding 0.15%,45℃,50minutes)→dominant fermentation (1596 yeast, temperature 20℃,inoculation volume 7%,optimum initial pH3.1~3.4,volume loading 80%,sulfur dioxide 100mg/l,circle 8 days )→seperation and taking wine →after fermentation(10~15℃,14days)→seperation and disgorging→maturation→clarification (bentonite adding 0.16%)→filtration→adjustment→bottle

9黄花梨酒的加工工艺为：黄花梨→挑选、清洗→破碎→预处理→榨汁→果胶酶澄清(pH3.5，1％酶液的加入量为0.15％，温度45℃，时间50min)→主发酵(1596菌种，发酵温度20℃，接种量7％，最适初始pH3.1～3.4，装液量80％，二氧化硫加入量100mg／l，周期8天)→分离取酒→后发酵(10～15℃，时间14天)→分离除渣→陈酿→澄清(皂土加入量为0.16％)→过滤→调配→装瓶

The differences of zymograms were significant between three blackfly species and each species had its own special zymogram. The main band among intraspecific individuals or between the larvae and pupae was alike, however, other enzyme bands were different.

结果 3蚋种的EST同工酶酶谱共显示10条酶带，种间存在明显差异，具有各自的特征性酶谱，种内个体之间、幼虫与蛹之间酶谱主带相同，非主带略有差异。

The results showed that ①after the treatment with 0. 3% Triton X-100 5 min or standard binding buffer 20 min,the proteins on NCM could be detected with first specific antiserum from the titer 1:100 diluted to 1: 1000;②the blocking effect of Tween 20 was more effective than that of other blockings;③both HRP-labelled conjugate and colloid gold-labelled c...

结果表明：①经（TritonX－100）＝0.3％，5min和SBB20min的蛋白质复性处理后，可使第一免疫血清稀释度1：100改为1：1000使用；②应用（Tween20）＝0.05％作为封闭液效果最好；③金标法及酶标法都可用于Western印迹技术，酶标法主带清晰，而金标法灵敏度高。

Fyn null mice display reduced adiposity associated with increased fatty acid oxidation, energy expenditure, and activation of the AMP-dependent protein kinase in skeletal muscle and adipose tissue.

这种新方法聚焦于一种间接控制&能量主开关&活动性的酶，这种酶叫Fyn激酶，如果给实验室老鼠注射抑制这种酶的化学物质，它们几乎马上开始燃烧更多脂肪。

与主酶相关的网络解释 [注：此内容来源于网络，仅供参考]

alcohol dehydrogenase：乙醇脱氢酶

药理作用研究表明,提取物中的黄酮、葛根素和多糖等主成份通过刺激肝脏细胞,激活和增强了乙醇脱氢酶(alcohol dehydrogenase)和乙醛脱氢酶(aldehyde dehydrogenase)的活性,加快了乙醇和乙醛的分解和代谢,阻止了有毒物质的聚集.

esterase：酯酶

前者包括CYP450同工酶、N一乙酰基转移酶(NAT)、硫嘌呤-S-甲基转移酶(TPMT)、酯酶(esterase)、醇脱氢酶(ADH)等. CYP450广泛存在于生物体内,已知CYP450基因家族有4千种以上,参与多种药物和外源性化合物的代谢. 参与生物转化的主要是CYP1、CYP2和CYP3亚家族.

ferric oxide rouge：氧化铁红 [主科技词汇]

ferroxidase 铁氧化酶 [医学制药词汇] | ferric oxide rouge 氧化铁红 [主科技词汇] | iron-oxidizing bacteria 铁氧化菌 [主科技词汇]

magnetic iron oxide：磁铁氧; 磁性氧化铁 [主科技词汇]

red iron oxide 氧化铁红; 红色氧化铁 [主科技词汇] | magnetic iron oxide 磁铁氧; 磁性氧化铁 [主科技词汇] | cyanocytochromeoxidase 氰化高铁细胞色素氧化酶 [主科技词汇]

Mescaline：酶斯卡灵

好象也没有修到正果,是不是离婚了神话里没说;另一个则是主医药和丰收的神帕特卡卡头(PATECATL),他是仙人掌皮欧特(PYOTE)的发现者,现在我们知道皮欧特里含有致幻剂酶斯卡灵(MESCALINE)少女的恋爱情事估计当初众神也喜欢这东西,

peptide nucleic acid：肽核酸[一类DNA类似物,以氨基酸取代糖磷酸主链]

peptidase 肽酶 | peptide nucleic acid 肽核酸[一类DNA类似物,以氨基酸取代糖磷酸主链] | peptide screening 肽筛选[常指利用合成肽进行表位作图的方法]

pox：过氧化物酶染色

尚需鞘内注射甲氨蝶呤(MTX)预防或治疗中枢神经系统白血病. 1.患者男性21岁,主诉发烧,鼻衄十天,体检,胸骨下1/3压痛,骨髓检查:原始细胞95%,过氧化物酶染色(POX)阳性,染色体检查未见异常核型,选哪种治疗方案最佳?

preferment：酶原;酶前体

preferencesurrey尝味试验 | preferment酶原;酶前体 | prefermentor前发酵罐;主发酵罐

zymogenic cell：胃酶细胞

主细胞(chief cell)又称胃酶细胞(zymogenic cell),胞质呈强嗜碱性,具有分泌胃蛋白酶原的功能. 当胞质由嗜碱性转为嗜酸性,功能亦发生改变,即可认为发生了病理变化.

apoenzyme ; protein moiety：無作用基酵素;酶蛋白;主酶;酶本體

無子葉植物 acotyledon | 無作用基酵素;酶蛋白;主酶;酶本體 apoenzyme ; protein moiety | 蕪青甘藍 Brassica napobrassica Mill.; rutabaga