1) coliform regrowth
大肠菌再生长
2) bacterial regrowth
细菌再生长
1.
However,recent results have shown that phosphorus determines also the extent of bacterial regrowth in distribution system.
生物可同化有机碳(AOC)一直被认为是控制管网水中细菌再生长的主要因素,最近的研究表明磷也有可能成为限制因素。
2.
Limitation of phosphorus on bacterial regrowth was studied in source water, water treatment process and a main distribution pipe of J waterwork in T city, by modified assimilable organic carbon(AOC) method and microbially available phosphorus(MAP) analysis.
该研究配水干管中 ,水样的AOCpotential、AOCP 为AOCnative的 2～ 8 7倍 ,磷成为细菌再生长的限制因
3.
In the experiment, a bioassay called Bacterial Regrowth Potential (BRP) was used to investigate the effect of phosphorus on bacterial regrowth in the water sample that was made from some raw water taken from a reservoir located in northern China.
利用细菌再生长潜力 (BacterialRegrowthPotential,BRP)的微生物分析方法 ,研究了水中的磷对其生物稳定性的限制因子作用 。
3) Small intestinal bacterial overgrowth
小肠细菌过生长
1.
Small intestinal bacterial overgrowth was assessed by lactulose hydrogen breath test.
目的 :调查小肠细菌过生长在非酒精性脂肪性肝炎病人中的发生率。
2.
Small intestinal bacterial overgrowth is capable of affecting the onset of irritable bowel syndrome in many aspects,irritable bowel syndrome patients are often accompanied by small intestinal bacterial overgrowth.
小肠细菌过生长在多个方面影响肠易激综合征的发病,肠易激综合征患者常合并有小肠细菌过生长。
4) bacterial regrowth potential
细菌再生长潜力
5) bacterial regrowth controlling
细菌再生长控制
6) Growth and reworking
大陆生长与再造
补充资料：大肠埃希菌
大肠埃希菌
属肠杆菌科，埃希菌属。俗称大肠杆菌，为革兰阴性杆菌，为需氧和兼性厌氧，最适生长温度为37℃，pH为7.4～7.6。是人类和动物的肠道正常寄生菌，随粪便排出后，广泛分布于自然界，是食品和水源卫生监督的指示菌。正常情况下大肠埃希菌能合成维生素B和K，能产生大肠菌素，对人体有利。但当机体抵抗力下降或大肠埃希菌侵入肠外组织或器官时，可引起肠道外感染。某些血清型的大肠埃希菌则可引起急性腹泻、伤口或尿路感染等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条