1) exorphins
外啡肽
1.
Corelational Study of Testing Exorphins Bioactivity with Circulating in Vitro and Stimulating the Guinea Pig Ileum Examination;
蛙心体外循环系统及刺激豚鼠回肠检测外啡肽生物学活性的相关性研究
2.
Based on the techniques of soybean peptides processing, this paper analyzes the possibility of producing exorphins during soybean peptides production, and dis cusses the safety of soybean peptides food.
外啡肽是一类来自人体外的具有类吗啡活性的生物活性肽,在对人体具有积极的生理作用的同时也存在着一些安全隐患。
3.
This experiment study on glutem protein is fermentation by rumen bacteria, single cluture, in vitro and extracting fermentation liquid in time, then the activity of plant exorphins were studied.
利用人工瘤胃装置,选用经定向培育的瘤胃细菌体外发酵面筋蛋白,并适时提取发酵液进行了植物外啡肽构成与活性的研究。
2) Plant exorphins
植物外啡肽
1.
Different effect time samples which from middle glutin flour was resolved by pepsin of pigs at37℃,with centrifuged at low temperature,were determined activity of plant exorphins in this paper.
本文利用猪胃蛋白酶在37℃条件下降解中筋粉,采集不同反应时间的酶解液样品,低温离心处理后,分别加入蛙心体外循环系统中,测定心肌收缩力变化,并随即加入阿片肽阻断剂-纳洛酮,检测植物外啡肽活性。
2.
The effect of the plant exorphins on goal growth metabolism was present investigated.
本论文研究了运用过瘤胃保护技术增加植物蛋白在后段消化道的降解，从而增加了蛋白降解的中间产物——植物外啡肽，初步探索了其对山羊生长代谢的调节作用，并建立了一种简单快速的外啡肽生物学活性的检测装置——蛙心体外循环系统装置，同时利用简易人工瘤胃，降解植物蛋白，探寻适时提取并大量生产外啡肽最适宜条件，并初步研究了肌肉注射植物外啡肽对肉仔鸡的生长性能和免疫功能的影响。
3) dynorphin-B
强啡肽(13肽)
4) dynorphin-A
强啡肽(17肽)
5) endomorphin
内吗啡肽
1.
Effect of Endomorphin on Contractile Response of Colon Muscle Strips in Cathartic Colon Rats in Vitro;
内吗啡肽对“泻剂结肠”大鼠离体肠肌条收缩反应的影响
2.
Influence of intracerebroventricular administraction of endomorphine-1 on left venteicular systolic pressuer in rats;
侧脑室注射内吗啡肽-1对大鼠心功能的影响
3.
Analgesic mechanism of endomorphin in the superficial laminae of the spinal dorsal horn;
内吗啡肽在脊髓背角浅层的镇痛机制
6) casomorphin
酪啡肽
1.
Research on Casein Enzymatic Hydrolysis Condition to Prepare Casomorphin;
酶解酪蛋白产生酪啡肽的条件研究
2.
The retention of β-casomorphin-7 andβ-casomorphin-5 were 21.
β-酪啡肽(β-Casomorphinβ-CM)是β-酪蛋白经过酶解所释放的一类小肽,具有类似阿片肽的功能。
补充资料：β-内啡肽
分子式：
CAS号：
性质：由脑下垂体31个氨基酸组成的多肽，为脂肪激素前体，能与吗啡受体结合，起吗啡样作用。
CAS号：
性质：由脑下垂体31个氨基酸组成的多肽，为脂肪激素前体，能与吗啡受体结合，起吗啡样作用。
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