rotifer信息详情
n.轮虫
rotifers───n.轮虫类（rotifer的复数）
rotiferal───adj.轮虫纲的
rotiferan───轮虫
notifier───n.通告人，[管理]通知人
rotiform───adj.轮状的；轮形的
conifer───n.针叶树；[植]松柏科植物
porifer───n.多孔动物
rolfer───n.罗尔夫按摩治疗法(rolfing的变形)
roofer───n.客人对主人道谢的函；盖屋顶的人
The results show that there are protozoa(main infusorian)and mini-metazoa(rotifer and daphnia)communities in PFU.───结果表明：PFU中的原生动物主要是纤毛虫，微型后生动物主要是轮虫和水蚤。
Several significant changes were found in the composition of the rotifer, cladoceran and copepod assemblages.───许多重要的变化被发现在轮虫，枝角类和桡足类群体的组成中。
Progress in the study of rotifer resting eggs is reviewed.───综述了近年来国内外对轮虫休眠卵的研究概况。
Effect of the age of the rotifer Brachionus calyciflorus at starvation on life history strategy was studied by individual culture.───应用单个体培养方法比较研究了饥饿时的年龄对萼花臂尾轮虫生活史对策的影响。
Some of regulation and reasons for plankton distribution in rotifer cultivated ponds and importance in production management were discussed.───文中还讨论了轮虫浮游生物分布的某些规律和成因及其在生产实践中的意义。
It was found these four digestive enzyme activities were not related with the egg ratio when rotifer was fed.───投喂条件下，这几种消化酶活力的高低与与带卵率大小没有直接关系。
On the 3rd day, the larva was able to swim in the water, few started feeding with rotifer.───孵出后的3日龄仔鱼已能在水体中平游，极少数个体可开口摄食轮虫。
Effects of cumulative parthenogenetic generation and age of amictic female on the reproduction of rotifer Brachionus calyciflorus───孤雌生殖累积世代数和雌体年龄对萼花臂尾轮虫繁殖的影响
A study of bacterioplankton biomass and dynamics in ecosystem of rotifer-culturing ponds───轮虫培育池生态系统浮游细菌的生物量及其动态
One whole phylum of creatures, the rotifers, seem to fit into no known evolutionary tree at all.
Effect of the age of the rotifer Brachionus calyciflorus at starvation on life history strategy was studied by individual culture.
In the process of culture rotifer Brachionus plicatilis with Baker's yeast and a certain amount of spiraling algae powder, we add Photosynth-etic Bacteria (PSB) in our experiments.
Progress in the study of rotifer resting eggs is reviewed.
Compared with crustacean zooplankton, rotifer responded to trophic status more distinctly.
The fatty acid composition of rotifer was deeply affected by that of the microalgae, especially the polyunsaturated fatty acids (PUFA) such as EPA and DHA.
When the pools dry, the rotifers turn into minute particles of dust, wrinkled and desiccated, awaiting the next rainfall.
The experiments of mass-culture of rotifer had been performed in big glass-jars, aquariums, cement tanks and earth ponds, and all of these were successful.
As it happens, the rotifer scandal may be on the verge of a solution.