1) Active peptides
活性多肽
1.
The bioreaction mechanism and kinetic behavior of protein enzymatic hydrolysis in active peptides preparation were investigated to model and characterize the enzymatic hydrolysis curves.
研究蛋白质酶促水解制备生物活性多肽的反应机理与动力学行为,并建模表征不同反应机制的酶解曲线。
2.
The kinetics of casein tryptic hydrolysis was studied for preparation of active peptides.
进一步,根据分子水平的蛋白质酶解作用机制,关联水解实验数据,得到case in-trypsin酶解反应的经验修饰动力学方程(模型平均相对误差<5%),为定量表征复杂酶解历程以及高效制备活性多肽提供了理论基础。
3.
Using single factor and orthogonal experiments,active peptide was obtained from fruiting body of Agaricus brunnecens,and the activity of the peptide extract was used as an index to determine the amount of active peptides.
采用单因素和正交实验,以水提醇沉的方法来获取褐磨菇子实体中的活性肽类物质,且以不同条件下活性多肽的提取量为指标,来确定活性多肽的最佳提取条件(料水比1:12、时间6h、温度4℃、pH8、水醇比1:1。
2) active peptide
活性多肽
1.
Analysis of enzymatic hydrolysis process for preparing active peptides based on protein structure(Ⅰ)Novel 3-D dynamic characterization of enzymatic hydrolysis reaction;
基于蛋白质结构知识解析活性多肽的酶解制备反应行为(Ⅰ)酶解反应动态特性的3-D图形表征
3) bioactive peptides
活性多肽
1.
Discoveries of new bioactive peptides not only boost the cognition of the diseases, but also have extensive clinically prospectives in preventing and treating cardiovascular diseases.
新的活性肽的发现不仅提高了人们对疾病的认识,而且以新的活性多肽为靶点防治心血管疾病可能具有广阔的临床应用前景。
4) active polypeptide
活性多肽
1.
Fish skin collagen and its enzymic hydrolysates—collagen active polypeptides have received increasing attention for their unique physiochemical property and excellent physiological active function.
鱼皮胶原蛋白及其酶解产物胶原活性多肽已引起人们的广泛关注。
2.
To investigate the effect of pilose antler active polypeptide soft capsules on the immunity of immunized initiatively mice.
观察梅花鹿鹿茸活性多肽(pilose antler active polypeptide,PAAP)软胶囊对主动免疫的大鼠免疫功能的影响。
5) Scorpion bioactive peptides
蝎活性多肽
6) bioactive peptides
生物活性多肽
1.
This paper gives a general description of present status and tendency about preparing bioactive peptides byenzymolysising corn gluten meal.
本文概述了酶解玉米蛋白制备生物活性多肽的现状及趋势,并提出了利用玉米蛋白制备生物活性多肽需要进一步探究的几个问题以及它的开发潜能。
补充资料：肠血管活性多肽
肠血管活性多肽
又称"血管活性肠肽"。 VIP最初从猪肠中分离获得，现已能人工合成。它的突出作用为强烈的血管扩张。可有正性心肌肌力作用，但可引起血压下降。在胃肠道其作用很广泛，可抑制胃酸、胃蛋白酶分泌，使胃肌松弛；激活肠粘膜的腺苷酸环化酶而促进肠液分泌及肠道收缩；促进胰分泌HCOs-及水；还能加强胰岛素及高血糖素分泌，促进糖原及脂肪分解。但目前对它的本质的了解不清楚，有待研究。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条