增食欲素是涉及摄食及内分泌代谢调控的神经肽。
Orexin is a new neuropeptide related to diet intake and regulation of endocrine and metabolic functions.
细胞间信息和基因信息传递是代谢调控的一部分。
The messages between the cells and the gene information transmission are the respects of metabolic regulation.
研究发现肥胖，心脏病，营养不良的相关的主要代谢调控因子。
Researchers Discover Master Metabolism Regulator with Links to Obesity, Heart Disease, and Malnutrition.
目的：对天然五环三萜进行结构修饰，寻找新型糖原代谢调控药物。
Aim: to search for novel modulators of glycogen metabolism through structural modifications of natural pentacyclic triterpenes.
本文简要综述了啤酒生产中双乙酰的形成机制和代谢调控研究进展。
In this paper, the progress of study on the formation mechanism and metabolic control of diacetyl was reviewed briefly.
因此，深入研究瘤胃微生物互作关系可为瘤胃代谢调控提供理论依据。
Therefore, further investigating the interactions among rumen microorganisms may help manipulate rumen metabolism.
虽然IDE对调控胰岛素及其它代谢很重要，尚未广泛研究IDE代谢调控。
Despite the obvious importance of IDE in the control of insulin metabolism and other metabolic processes, the metabolic control of IDE has not been extensively studied.
本发明涉及一种利用微生物代谢调控改变细胞膜通透性生产透明质酸新工艺。
The invention relates to a new technology that could make hyaluronic acid by altering the cell permeability using microorganism metaboly.
综述了近年来在萜类合成酶结构、分类和作用机理以及萜类代谢调控的研究进展。
This review mainly summarizes the recent research progress in structure, classification and metabolism of terpene synthases. The regulation of terpene metabolism is also discussed.
本文主要阐述柠檬酸生物合成途径、代谢调控机理及发酵条件对柠檬酸累积的影响。
This article expounds the biosynthetic pathway and metabolic regulation mechanism of citric acid, and dis-cusses how the fermentation conditions affect the accumulation of citric acid.
脂质代谢组学是新兴起的一门研究脂质代谢调控在各种生命现象中作用机制的新学科。
Lipidomics is a novel subject that studies the mechanism of action of lipid metabolic regulation in various vital phenomena.
本文综述了链霉素生物合成途径、代谢调节机制、链霉素发酵的代谢调控育种及其进展。
This article reviews the biosynthesis approach, metabolic control mechanism of streptomycin, metabolic control breeding and research advance of streptomycin fermenting.
目前，对于单个人参皂苷的药理作用研究已非常深入，尤其在代谢调控方面的研究已成为一个焦点。
The pharmacologic effects of individual ginsenoside have been studied deeply now, especially focusing on regulation of metabolism.
但由于对高温菌生物转化及代谢调控理论研究的不足，限制了高温菌对餐厨垃圾降解转化效率的提高和技术的完善。
However, studies on Biotransformation and metabolism control of thermophiles are deficient, which hinder promotion of biodegradation and technological advancement of food waste.
结果：芯片结果显示实验组已知功能差异表达基因有16条，其中下调基因有13条，5条与物质能量代谢调控密切相关。
Results: 16 identified genes expressed differently, including 13 down-regulated in which 5 were related to substance and energy metabolism.
随着基因工程技术的蓬勃发展和代谢调控研究的深入，反义技术作为一种温和调控的基因工程技术，开始向世人展示其无穷的魅力。
With the rapid development of genetic engineering and metabolic regulation, antisense technology displays its fascination to the world as a mild regulation genetic tool.
本文综述了麦角硫因的生物合成与降解代谢，以期利用代谢调控提高麦角硫因的生物合成水平，深入挖掘麦角硫因的生理功能及应用。
This paper reviewed the biosynthesis and degradation of EGT, so as to improve the production levels of EGT by metabolic modulation, and dig further physiological functions and applications of EGT.
小组建立了一系列突变体的蠕虫样本，在基因上对羟色胺的蛋白质调控有缺陷。有些篡改影响食欲，有些影响代谢。
The team created a number of mutant worms with engineered defects in proteins that serotonin controls; some of the proteins they tampered with affected appetite, others metabolism.
缺乏睡眠。因为缺乏睡眠能够激发代谢上的变化，进而影响激素水平，这些激素能够调控食欲和饱腹感的感知，最终使体重上升。
Lack of sleep, as this can trigger metabolic changes that cause weight gain by affecting hormones that control appetite and satiety.
泛素缀合途径参与细胞的多种代谢过程，包括DNA损伤修复、细胞周期调控及应激反应等。
The ubiquitin-conjugating pathway involves in numerous metabolic processes in cells, including DNA damage repair, cell cycle control, stress responses and so on.
研究VE的代谢，促进其应用与调控，是营养生理学者的重要任务之一。
It is an important mission for nutritional physiologists to study the metabolism, control and application of VE.
解偶联蛋白基因是新近发现的能够增加能量的消耗，与脂肪代谢和能量调控密切相关的一组基因。
The UCP genes were the newly discovered genes that can increase the energy expenditure and involve in the metabolism of fat and regulation of energy.
代谢途径和调控网络的重建和比较研究是基因组功能预测的高级内容。
Reconstruction and comparison of metabolic pathway and regulatory network is an advanced task in genome function prediction.
这样在缺血时，MIF通过调控有心肌保护作用的AMPK途径的活化情况，功能性的将心脏的炎症跟代谢结合起来。
Thus, MIF modulates the activation of the cardioprotective AMPK pathway during ischaemia, functionally linking inflammation and metabolism in the heart.
本文主要介绍了棉纤维不同发育阶段纤维素合成的特点，纤维素合成的场所、底物，碳代谢模型，基因表达与调控的研究进展。
In this review, the progresses about the site, substrate, gene expression and regulation, and a carbon metabolism model of cellulose synthesis in developing cotton fibers were discussed.
为了有效调控这一重要的次生代谢物质，学者们长期致力于棉酚及其储藏器官—色素腺体的研究。
In order to control this secondary metabolism substance effectively, People have been engaged in the studies of gossypol and its storage organ-pigment gland for a long time.
为了有效调控这一重要的次生代谢物质，学者们长期致力于棉酚及其储藏器官—色素腺体的研究。
In order to control this secondary metabolism substance effectively, People have been engaged in the studies of gossypol and its storage organ-pigment gland for a long time.
应用推荐