进行了蛋白质酶水解过程的研究。
This research investigated hydrolysis process of boiled pork protein.
棉粕膨化后蛋白质酶解速度差异不显著。
No significant difference was observed between the extruded and unextruded cottonseed meal.
蛋白质酶谱和结构的研究，对于深入了解生物的进化和分类关系具有重要的意义。
Studying the structure and zymogram of proteid is important to realize the organism evolution and classification.
氧化硅纳米粒子能克服高浓度盐的干扰，对蛋白质以及蛋白质酶解多肽有很好的吸附效果。
It conquers the disturbance from high thickness salt and has good adsorbing effect to protein and protein enzymolysis polypeptide.
目的：研究泛素蛋白质酶途径在癌性恶病质小鼠骨骼肌中的表达以及吲哚美辛(IND)对其的调控作用。
Objective: To investigate the expression of ubiquitin-proteasome pathway in skeletal muscle of cachectic mice and the effect of indomethacin (ind) on it.
使用蛋白质酶解法可将葡萄酒中蛋白质水解成小肽，这样既可使得葡萄酒具有很好的稳定性，又可以提高葡萄酒的营养价值。
Using proteolysis can hydrolyzes protein in to small peptides, which can make the wine stable and at the same time can improve the nutritive value.
蛋白质酶解后产生不同程度苦味主要是由产物中含疏水性氨基酸低分子肽所形成，这些苦味严重影响蛋白质水解产物在食品工业中应用。
The enzymatic treatment of various food proteins results in bitter taste due to the formation of low molecular weight peptides composed mainly of hydrophobic amino acids.
相反，非酶法过程中，葡萄糖被随意地添加到蛋白质分子中任意肽链的随意几个位置。
In contrast, the nonenzymatic process adds glucose haphazardly to any of several sites along any available peptide chain within a protein molecule.
为了利用这种基质金属蛋白酶，钱博士将他的荧光染料和一些正电荷一同连接在一个小的发夹形状的蛋白质分子的一端。
To make use of the MMPs, Dr. Tsien attaches his fluorescent dye, along with some positive charges, to one side of a small hairpin-shaped protein molecule.
研究了从烟草毒素的汁液中获得的蛋白质对丁香漆酶活性的影响。
The effects of proteins obtained from the sap of Toxicodendron Nucifera on the activity of T. Nucifera laccase were investigated.
无色花青素还原酶本质上是蛋白质。
食物中的蛋白质被消化酶分解成小肽链，如胃蛋白酶和二肽酶。
Proteins in food are broken down into smaller peptide chains by digestive enzymes such as pepsin and dipeptidase.
他们发现，有一种特别的酶，或生物催化剂蛋白质，似乎是这个过程的关键。
They discovered a particular enzyme, or biological catalyst protein, seemed to be crucial to the process.
各种蛋白质和酶。
这样的受体可以是蛋白质、酶、膜通道或外来病原体的一个区域。
Thus a receptor may be a protein, enzyme, membrane channel, or a region of a foreign pathogen.
这样一种关系使得水分子作为一种媒介，服务于宇宙中最复杂分子的生长和演化，包括酶，蛋白质和所有活着的生物的母体，DNA。
That's allowed it to serve as the medium for the growth and evolution of the most complex molecules in the universe, including enzymes, proteins, and the mother of all known living creatures, DNA.
中性蛋白酶- 1基因发出的强烈工作暗示使得蛋白质对神经肽产生反应。
A strong hint of how they work comes from the npr-1 gene, which makes a protein that responds to neuropeptides.
一个诊断测试表明，一些自闭症儿童缺少消化蛋白质的酶。
A diagnostic test revealed that some autistic children lack enzymes that digest protein.
他们发现两种能把脑细胞突出蛋白质剪切成碎片的酶。
They discovered two enzymes that snip pieces from a large protein protruding from brain cells.
因此，具有诸如抗氧化剂、抗炎剂、蛋白质、胎、酶等活性因子的生物成分可以轻而易举的加速身体自身修复的速度。
So, biological ingredients with active parts like antioxidants, anti-inflammatory, proteins, peptides, and enzymes can with rather little effort stimulate the speed in which the body heals itself.
同时埃克森博士通过在AHL蛋白质上附着聚合酶，来创造了一种巧妙的棘轮排布。
Dr Akeson, meanwhile, created a clever ratchet arrangement by attaching a polymerase enzyme to the AHL protein.
那些基因能够通过编码传达酶和其他蛋白质的生产，从而推动二氧化碳在矿化过程中的移动。
Those genes code for enzymes and other proteins that help move carbon dioxide through the mineralization process.
整个过程中，许多叫做酶的蛋白质对反应起到催化作用。
The whole process also involves a lot of proteins called enzymes to act as catalysts to the reactions.
第二种方法是修补产生Rubisco的蛋白质，如Rubisco活化酶，这样就可以在烟草植物中获得良好的结果。
A second way is to tinker with the proteins that influence rubisco, such as rubisco activase, which has produced promising results in tobacco plants.
这也是许多蛋白质和酶的设计机制，Abbott博士说。
This is how many proteins and enzymes are designed, Dr. Abbott said.
这两种酶是组蛋白乙酰转移酶(它能给蛋白质添加乙酰基)和甲基化dna结合蛋白- 2(它能把DNA上的甲基去除)。
The enzymes in question are histone acetyltransferase (which adds acetyl groups to proteins) and methylated DNA-binding protein-2 (which removes methyl groups from DNA).
生命最初如何在没有酶(可能是蛋白质本身)的情况下合成蛋白质？这是个鸡与蛋谁先产生的难题。
How life had first made proteins without enzymes, which presumably had to be proteins themselves, had been a chicken-and-egg conundrum.
就牛津大学的纳米孔技术而言，DNA分子依靠第二种蛋白质以一次一个碱基的速度通过小孔。这个蛋白质是一种被称为核酸外切酶的酶。
In the case of Oxford Nanopore's technology, the DNA molecule is fed through the hole one base at a time by a second protein, an enzyme called an exonuclease.
就牛津大学的纳米孔技术而言，DNA分子依靠第二种蛋白质以一次一个碱基的速度通过小孔。这个蛋白质是一种被称为核酸外切酶的酶。
In the case of Oxford Nanopore's technology, the DNA molecule is fed through the hole one base at a time by a second protein, an enzyme called an exonuclease.
应用推荐