1) food uptake
食物吸收
1.
Laboratory experiments were conducted to measure the effect of fouling organisms on food uptake and nutrient release of scallop Chlamys nobilis in April and June 2006.
研究了在2006年两个月份,对有污损生物附着的扇贝(以下简称污损扇贝)及无污损生物附着的扇贝在食物吸收及营养盐排泄上的差异,对叶绿素α和总悬浮颗粒物的滤食速率及NH4-N,NO2-N,NO3-N,PO4-P的排泄速率进行了测定,探讨污损生物对养殖生物食物吸收及营养盐排泄的影响。
2) insufficient food
食物歉收
3) plant uptake
植物吸收
1.
Impacts of arbuscular mycorrhizae on plant uptake and phytoremediation of pyrene in soils;
丛枝菌根对芘污染土壤修复及植物吸收的影响
2.
The most important removal mechanisms are denitrification and plant uptake in soil,which are mainly affected by groundw.
最主要截留机制为反硝化作用与植物吸收,相应的最主要影响因素是缓冲区的水文特征。
3.
Phosphorus removal and plant uptake in constructed wetland from wastewater were interviewed.
分析了湿地除磷途径,在试验条件下,湿地填料的吸附和沉淀等作用是水平潜流人工湿地除磷的主要途径,植物吸收仅占湿地总磷去除量的9。
4) Plant absorption
植物吸收
1.
The roles of plant absorption,sediment release and denitrification were quantitatively analyzed by indoor simulating tests in order to improve removal effect of hydroponic bio-filter method(HBFM) for dissolved nitrogen and phosphorus.
为改善水耕植物过滤法(HBFM)对溶解性氮、磷的去除效果,通过室内模拟试验定量分析HBFM试验床中植物吸收、底泥释放及生物脱氮3个影响因子的作用。
5) Drug absorption
药物吸收
1.
Study on in vitro models of drug absorption;
药物吸收体外研究方法的概述
2.
Caco-2 cell model——an effective tool for the research of drug absorption;
Caco-2细胞模型——药物吸收研究的有效“工具”
3.
Methods Based on 32 papers published from 1974 to 2004,the different routes of drug transport in Caco2 cell monolayers are compared with those seen in vivo and the prediction of drug absorption in vivo from transport experiments in cell monolayers is discussed for different classes of drug.
方法在引用了自1974~2004年的32篇文献的基础上,通过介绍并比较体外Caco 2模型和体内药物吸收转运的不同途径,讨论Caco 2单层细胞模型在预测不同类药物体内吸收中的作用。
6) biosorption
[,baiəu'sɔ:pʃən]
生物吸收
1.
The radiocesium biosorption capacity of live cells of D.
但是,有关耐辐射奇球菌对放射性铯的生物吸收却未见报道。
补充资料：食物网(见食物链)
食物网(见食物链)
食物网见食物链。
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