gln

Effect of Gln on Performance and Growth of Intestine in AA Chicken

谷氨酰胺对AA鸡生长性能及肠道生长发育的影响

Conclusion It suggest that the intestinal function was impaired in SAP . Gln could protect intestinal function .

结论SAP时肠道功能随病情进展而下降，谷氨酰胺具有保护肠道功能的作用。

Preparation of Gln - Bound Peptide with High Efficiency

谷氨酰胺结合肽的高效制备

Gln group regain better positive nitrogen equilibrium at the 7th postoperative day .

术后3、7天研究组获得较好的正氮平衡。

Preparation of Gln - bound Peptide from Gluten by Different Proteases

不同蛋白酶水解面筋蛋白制备谷氨酰胺结合肽的比较研究

Effect of Gln and EGF on The Development of Bovine Embryo in vitro Fertilization

GIn，EGF对牛体外受精胚发育的影响

The result of TUNEL showed that Gln could inhibit apoptosis of lung cells . 7 .

应用TUNEL法检测雏鸡肺细胞凋亡的检测，结果证实Gln能明显抑制冷应激所致雏鸡肺组织细胞的凋亡，从而有效的保护了肺组织。

Study on Establishment of Enzymatic Synthesis of Gln by Coupling Yeast-energy System and Optimization of Conditions

酵母能量偶联酶法合成Gln体系的建立及条件优化研究

Glutamine ( Gln ) is the richest non essential amino acid in human body .

谷氨酰胺（Gln）是机体内最丰富的非必需氨基酸。

One patients in the Gln group and 4 patients in the standard group developed severe diarrhea ( P < 0.05 ) .

Gln组有1人发生严重腹泻，标准组有4人，两组相比差异有显著性（P<0.05）；

Objective To observe the influence of glutamine ( Gln ) on elderly patients after abdominal surgical operation .

目的观察注射谷氨酰胺后对老年腹部手术病人的治疗作用。

Advancement in Physiological Function of Gln & A Conditionally Essential Amino Acid and Its Use in Nutrition

条件必需氨基酸&Gln生理功能的研究进展及应用现状

Preparation of Gln Bound Peptides and Its Gln Determination

谷氨酰胺结合肽的制备及其Gln结合量的测定

The discomfortable and fatigue in Gln group was more light than the PN group .

研究组术后出现的不适、疲劳感普遍较对照组轻。

Effect of Supplying Gln on Changes of T / C and Urea in Blood Serum of Slalom Players

补充谷氨酰胺对激流回旋运动员血清T/C值、血尿素的影响

Conclusion Gln can ameliorate the cardiovascular stress reaction and increase the O_ 2 ER in SAP patients .

结论适时添加Gln能改善SAP引起的心血管应激反应，提高组织氧摄取。

Arg778Leu / Gln mutation might be related to the TCM Syndrome type of endogenous Liver Wind agitation

结论：Arg778Leu/Gln点突变组患者的发病年龄迟于未见该点突变组的患者，Arg778Leu/Gln点突变可能与中医肝风内动证型相关

We want to find whether there is an effect of simultaneous treatment with Gln and indomethacin on rats with SAP .

作为非特异性抗炎药物的吲哚美辛，有抑制炎症反应的作用，但是否能改善SAP大鼠的预后很值得探索。

Results : It was significant that the plasma Gln concentration declined and intestinal permeability increased after gastro intestinal surgery .

结果：显示腹部手术后禁食病人血Gln水平明显下降，而肠道通透性显著升高，静脉补充Gln后血Gln水平恢复正常。

Conclusion : The intestinal barrier function of restrained rats may be protected by Gln supplementation through peripheral and central mechanisms .

结论：补充Gln可以保护应激状态下的肠粘膜屏障功能。

Glutamine ( Gln ) can enhance immunity , and protect tissues from stress , infection , fatigue , oxidation .

谷氨酰胺（Gln）具有抗应激、抗感染、抗疲劳、抗氧化、增强免疫能力等功能。

A relative deficiency of Gln in such patients could compromise recovery and result in prolonged illness and an increase in late mortality .

目的危重病人谷氨酰胺的相对缺乏将会影响到病人的恢复和延长疾病的时间并可能增加病人后期死亡率。

In rats , intestine transplantation caused decrease of GLN concentrations in serum and intestinal mucosa and could damage the mucosal barrier .

小肠移植术引起受体大鼠血浆及移植肠粘膜组织GLN缺乏，并导致肠道粘膜屏障损害。

Objective To investigate the effect of glutamine ( Gln ) in enhancing parenteral nutrition on critically ill patients in general surgery .

目的研究谷氨酰胺（Gln）增强的肠外营养对普外科危重病人的影响。

Gln is a conditionally essential amino acid ( CEAA ), which is necessary for some patients .

谷氨酰胺（Gln）是一种条件必需氨基酸，是某些病人不可缺少的营养物质。

The effects of 32 P-colloid on biological behavior of groin lymph node ( GLN ) were dynamically observed .

动态观察通过淋巴道转运的~（32）P-胶体对腹股沟淋巴结（GLN）的生物学效应。

Experiment on the Effects of SDD and GLN to Prevent Intestinal Bacterial Translocation in the Model of Rabbit Piggyback Liver Transplantation

SDD联合GLN预防兔背驮式肝移植肠道细菌移位

Role of Glutamine Total Parenteral Nuritrition ( TPN / GLN ) in the Chemotherapy of Solid Tumor Patients

谷氨酰胺全胃肠外营养在实体肿瘤患者化疗中应用的意义

Role of the IGF / HGF / Gln on the culture of the intestinal organoid in vitro

不同细胞因子在小肠类器官片断体外培养中的作用研究

Conclusions GLN supplement can attenuate the acute radiation injury of the intestinal mucosal structure and reduce protein loss in the intestinal epithelium cells .

结论谷氨酰胺可减轻肠粘膜结构的急性放射损害，并对减少肠粘膜上皮细胞内蛋白质的丢失可能有积极作用。