commensal organisms
共栖体
1.【生】共生的,共栖的
2.同桌的,共餐的
1.共食者
2.【生】共生体,共栖体
1.describes a relationship between organisms of two different species in which one derives food or other benefits from the association while the other remains unharmed and unaffected
1.Conclusion Diphacine na-salt was one of the best anticoagulant rodenticide against commensal rodent in Guangxi plague area.
结论敌鼠钠盐仍值得在广西家鼠鼠疫疫源地中继续应用。
2.Widespread outbreaks of intestinal disease are so rare that the commensal bacteria face little danger of extermination.
而且发达国家大规模爆发肠道疾病的可能性很小，使共栖菌被消灭的危险性也大大降低。
3.This chapter will present known molecular mechanisms underlying biofilm development in both commensal and pathogenic E. coli.
本章将介绍著名的分子机制基本生物膜发展的共生和致病性大肠杆菌。
4.They are known as commensal bacteria, which under normal circumstances cause no harm.
他们被称为共生细菌，而在正常情况下是无害的。
5.Conclusion Long term application of Anticoagulant rodenticides can result in the variation of community structure of commensal rodents.
结论长期持续使用抗凝血剂能导致鼠类种群结构的变化。
6.large coarsely spiral bacteria; free-living in fresh or salt water or commensal in bodies of oysters.
大型质地粗糙的螺旋形细菌；自由生活与淡水或海水中，或者牡蛎体内的共生物。
7.Results Before the large scale deratization, Rattus norvegicus were dominant in the community of commensal rodents.
结果大规模灭鼠前，试验区以褐家鼠为优势鼠种；
8.Demodex folliculorum is a frequently seen commensal in the follicles of facial skin.
毛囊蠕形螨是一种常见的毛囊共生的面部皮肤。
9.Objective To study the resistant development of anticoagulant rodenticide in commensal rodents.
目的探讨家栖鼠对抗凝血灭鼠剂的抗药性变化。
10.Objective To study effects of diphacine na-salt and bromadiolone against commensal rodent in Guangxi plague area.
目的研究敌鼠钠盐和溴敌隆在广西家鼠鼠疫疫源地的灭鼠效果。