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Microbiota in Functional Gastrointestinal Disorders in Infancy: Implications for Management

机译:婴儿期功能胃肠疾病的微生物症:对管理的影响

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The complex and diverse intestinal microbiome is recognized as important in promoting human health. An altered gut microflora, referred to as dysbiosis, is increasingly recognized as having an etiologic role in a variety of conditions, including functional gastrointestinal disorders: colic in infants and irritable bowel syndrome in older children. Probiot-ics are defined as live microorganisms that, if ingested in sufficient amounts, restore microbial homeostasis and have a benefit on health. Randomized controlled trials indicate that probiotics can be effective in a variety of intestinal conditions, including colic and irritable bowel syndrome. Probiotics may promote gut microbial diversity, but timing of the intervention appears crucial. Strain-specific effects on colonization resistance, epithelial barrier integrity, modulation of signal transduction, impacts on innate and adaptive immune responses, and effects on visceral hyperalgesia likely explain the observed variability in various probiotic strains. In the future, probiotics are likely to be chosen for use in a defined clinical setting based on underlying mechanism(s) of action. The precise component of the probiotic agent mediating observed effects is the subject of current research. Unresolved issues relate to optimal dosages, timing of ingestion, single versus combination formulations, maintenance of viability in storage, and the merits of employing pro-biOtic-derived products.
机译:复杂多样的肠道微生物组在促进人类健康看作是重要的。改变肠道菌群,被称为生态失调,日益被视为具有在各种条件下,包括功能性胃肠病病原学作用:在婴幼儿和年龄较大的儿童肠易激综合征绞痛。 Probiot-ICS被定义为活的微生物,如果摄入足量,恢复微生物平衡和对健康有益处。随机对照试验表明,益生菌可以是有效的在各种肠道条件,包括绞痛和肠易激综合症。益生菌可促进肠道微生物多样性,但介入时机出现至关重要。上定植抗力,上皮屏障的完整性,信号转导的调节,对先天性和适应性免疫应答的影响菌株特异性影响,以及对内脏痛觉过敏的影响有可能解释在各种益生菌菌株所观察到的可变性。在未来,益生菌可能基于底层的作用机制(一个或多个)被选择用于在限定的临床环境中。益生菌剂介导观察效果的精确组分是当前研究的主题。未解决的问题涉及到最佳剂量,摄入的定时,相对于单一组合制剂中,在存储维护生存能力,并采用亲生物衍生的产品的优点。

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