目的：探讨血管活性肽在急性心肌梗死病理生理中的作用。
Objective: To study the role of vasoactive peptides in the pathophysiological process of acute myocardial infarction.
由于活性肽独特生理功能，在保健食品和饲料工业有着广泛应用。
Due to its physiologic function particularly, active peptides are widely applied in the fields of health food and feeds.
简述了生物活性肽的特点、生理功能及其研究进展。
Physiological functions, characteristics, and research progress on bio-active peptides were reviewed in this paper.
随着寡肽吸收理论的提出及其生理活性的发现，生物活性肽(或寡肽)已成为医药、食品等领域的研究热点。
Bioactive peptides or oligopeptides have been a research focus in medicine and food science field since putting forward of the oligopeptide assimilate theory and discovery of its biological activity.
生物活性肽对人体的免疫系统和消化系统有调节作用，具有特殊的生理功能。
Bioactive peptides have special physio - logical activities on the regulation of human immune system or digestive system.
旨在就小肽的降解和吸收、营养作用、生理活性、在生产中的应用、研究动态及展望等方面进行综合阐述。
This paper sum the degradation and absorption, the nutrition function, physiological unction, the application in production and the study trend of small peptide.
近年来研究发现，动物在进行氮代谢的生理过程中，不仅吸收氨基酸，还能大量吸收具有生物活性的肽类。
In recent research, during nitrogen metabolism, animals absorbed not only amino acid, but also plenty of biological peptides.
作者以玉米黄粉为原料，运用变性处理和酶法水解的方法，获得具有生理功能的活性肽，可开发保健型功能食品。
But, it is hard to be avail directly, and pretreatment is needful. By denaturalizing and hydrolyzing the corn gluten meal, we obtain bioactive peptide used for health care food production.
玉米蛋白在一定条件下水解可以得到大量的玉米活性肽，这些活性肽容易消化吸收，并且具有许多独特的生理功能。
A large number of corn polypeptides can be found through hydrolytic corn protein in proper condition. These peptides is easy to be taken in and have various biological functions.
这个发现使血管活性肠肽（VIP）和神经递质γ-氨基丁酸（GABA）在调节同步生物节律中所起的作用更加明了，从而更加清楚哺乳动物是如何调节生理节律的，在本实验中采用是小鼠和大鼠模型。
The finding clarifies the roles that both VIP and a neurotransmitter GABA play in synchronizing biological clocks, and sheds light on how mammals, in this case mice and rats regulate circadian rhythm.
这个发现使血管活性肠肽（VIP）和神经递质γ-氨基丁酸（GABA）在调节同步生物节律中所起的作用更加明了，从而更加清楚哺乳动物是如何调节生理节律的，在本实验中采用是小鼠和大鼠模型。
The finding clarifies the roles that both VIP and a neurotransmitter GABA play in synchronizing biological clocks, and sheds light on how mammals, in this case mice and rats regulate circadian rhythm.
应用推荐