目的：探讨严重烧伤早期胃肠道营养护理的实用方法。
Objective: To find a practical method for nursing of severely burned patients with gastrointestinal nutrition support.
结论烧伤早期肠道营养对肠道的复苏较静脉营养优越。
Conclusion The effects of ef are better than those of EPN on intestinal resuscitation.
目的评价早期胃肠道营养在脑血管意外中的治疗效果。
Objective To evaluate the effect of earlier enteral nutrition in patients with cerebrovascular stroke.
目的了解早期肠道营养对枯否细胞(KC)的调理作用。
Objective To study whether there is a modulation effect of early enteral feeding on kupffer cell (KC) of burned rats.
目的：研究早期肠道营养是否可以改善烧伤后白蛋白的合成。
Objectives: To investigate if immediate early enteral nutrition after burn could improve albumin biosynthesis.
结论：严重烧伤后早期肠道营养代谢调理作用优于肠外营养。
Conclusions: early enteral nutrition is superior to parenteral nutrition in metabolism support at early stage of burn injury.
结论：与早期静脉营养相比，早期肠道营养可有效促进烧伤后肝脏复苏。
Conclusion: Early enteral nutrition is more effective in resuscitating the liver after burns.
目的观察肠道营养和静脉营养对严重烧伤所致肠道损害的影响并探讨其机制。
Objective To explore the mechanism and effects of enteral nutrition and parenteral hyperalimentation on intestine damage in severe burn injury.
方法：通过回顾总结分析法阐述营养支持疗法的进展，重点论述胃肠道营养。
Method: a review of the progress in nutrition support treatment in the application of regenerative therapy was made focusing on gastrointestinal nutrition support.
结论伤后早期肠道营养对调节代谢、减轻应激的作用明显优于早期静脉营养。
Conclusions the early enteral nutrition is more effective in reducing hypermetabolism response than the early parenteral nutrition.
一种慢性的热带疾病，以腹泻、消瘦、贫血为特征，由肠道营养吸收不良引起。
A chronic, chiefly tropical disease characterized by diarrhea, emaciation, and anemia, caused by defective absorption of nutrients from the intestinal tract.
肠外营养与正确的喂养方案相结合，可提供满足生长所需的热卡，最终过渡到肠道营养。
Parenteral nutrition combined with correct feeding scheme could offer enough calorie to meet growth and transit to enteral feeding in the end.
方法：临床烧伤病人19例，随机分为早期肠道营养组（EN）和胃肠外营养组（PN）。
Methods:19 cases were collected and divided randomly into early enteral nutrition group(EN) and parenteral nutrition group(PN).
再喂养时空肠IGF-1和IGF-IR表达的向上调节表明，IGF作用途径在对肠内营养物产生肠道营养反应的过程中起作用。
Up-regulation of jejunal IGF-1 and IGF-IR expression during refeeding suggests a role for the IGF action pathway in gut trophic responses to enteral nutrients.
方法将重症脑外伤病人随机分为早期胃肠道营养组（EEF组）和早期完全胃肠外营养组（TPN组），对比营养支持前后两组血糖及胰岛素水平的差异。
Method In the prospective clinical study, the patients with severe brain-injury were randomly divided into early enteral feeding group(EEFg), and total parental nutrition group(TPNg).
寄生虫的一个典例是绦虫，它生活在更大的动物的肠道内，从宿主那里吸收营养。
An example of a parasite is a tapeworm that lives inside the intestines of a larger animal and absorbs nutrients from its host.
考虑与人有益的肠道细菌，它们组成的微生物群会抵御有害细菌，并且帮助婴儿吸收营养。
Considered to be "good" intestinal bacteria, microbiota protect against harmful bacteria and help the body absorb nutrients.
这个受体先前被认为是一个简单的营养转运体，但是它被发现甚至远在肠道内也存在，在那里大多数营养都已经被吸收了。
This receptor was previously thought to be a simple nutrient transporter, despite being found in even the furthermost reaches of the intestine, where most nutrients would already have been absorbed.
这些营养素在胃肠道消化吸收并进入人体，保证机体的正常生长发育和各种生理功能。
These nutrients are digested in gastrointestinal tract and absorbed into the body to ensure the normal growth and development of body and physiological functions.
绦虫附着在人体肠道内，作为一种寄生虫从你吃的食物中吸取营养物质。
Tapeworms attach to the human intestinal tract, acting as a parasite that siphons off nutrients from the food you eat.
早前有研究表明，粗粮可以增加骨密度、降低血压、营养有益健康的肠道微生物并且降低罹患糖尿病的风险。
Previous studies have shown that whole grains can boost bone mineral density, lower blood pressure, promote healthy gut bacteria and reduce the risk of diabetes.
那是因为你的肠道里已经确立了生态系统，决定了它会如何吸收和处理营养物质。
That's because the ecosystem already established in your gut determines how it absorbs and processes nutrients.
他们也正在研究某种肠道细菌的改变可能会如何通过改变肠道组织结构来阻止肥胖，从而降低肠道中营养成分的吸收。
They are also looking into how changing certain gut bacteria may prevent obesity by remodelling intestinal tissue and thereby decreasing the absorption of nutrients in the gut.
目的肝脏和肠道产生的脂蛋白脂蛋白代谢受营养、激素和其他因素等复杂的方式调节。
The metabolism of hepatic- and intestinally derived lipoproteins is regulated in a complex fashion by nutrients, hormones, and neurologic and other factors.
因为肠道开始成长，所以从食物中吸收了更多的营养，弥补了任何额外的体重下降。
The intestine grew so it absorbed more nutrients from food, offsetting any additional weight loss.
因为肠道开始成长，所以从食物中吸收了更多的营养，弥补了任何额外的体重下降。 。
Thee intestine grew so it absorbed more nutrients from food, offsetting any additional weight loss.
结论：EIN是SAP一种有效营养方法，可以维持肠道屏障功能，减少细菌移位，减轻胰腺炎肝损害。
Conclusions: EIN is an effective ways for SAP nutrition supports, can reduce bacteria translocation, maintain intestinal mucosal barrier and alleviate Liver injury in SAP.
结果：治疗后病人的营养状况明显改善，肠道吸收功能有所增强。
Results: After the treatment, the nutritional status of the patients was improved markedly, and intestinal absorptive capacity was improved.
结果：治疗后病人的营养状况明显改善，肠道吸收功能有所增强。
Results: After the treatment, the nutritional status of the patients was improved markedly, and intestinal absorptive capacity was improved.
应用推荐