1) rice root
水稻根
1.
Gene groups analysis relevant to membrane vesicles and electron microscopic observation of rice roots under Fe-deficiency condition;
缺铁水稻根细胞膜泡相关基因群的分析与电镜观察
2.
The kinetic propeties on glutamine synthetase isozymes in rice roots were studied after separation by ion exchange chromatography and native PAGE.
对水稻根两种不同形式的谷氨酰胺合成酶（ＧＳｒａ和ＧＳｒｂ）进行了动力学性质研究。
3.
Effects of nitrate uptake on the changes of plasma membrane potential of rice roots;
结果表明,1)水稻根系吸收NO3-引起膜的去极化,去极化到一定程度后出现复极化;有小部分水稻根表现为超极化。
2) rice roots
水稻根
1.
Microarray analysis of transcriptome in rice roots under Fe-deficiency stress;
缺铁水稻根转录本微点阵分析
3) rice root
水稻根系
1.
Isolation of Rhodopseudomonas rutila from the rice root and its physiological and ecological properties;
水稻根系血色红假单胞菌的分离及生理生态特性研究
2.
Soil culture experiment was conducted to study the effect of rice root aerenchyma on root iron plaque by Jiahua 1 this kind of geno-type rice.
采用土培试验研究了嘉花1号这种基因型水稻根系通气组织对其根表铁膜形成的影响。
3.
Pot experiments with middleseason rice Peiliangyou93 on the effects of dicyandiamide (DCD) on rice root system,photosynthetic and economic characteristics are conducted,which shows that the total volume of root system is enhanced significantly and root absorbed characteristics are improved under low dicyandiamide concentration of 7.
为研究硝化抑制剂双氰胺的效应及其在水稻配方肥中的应用,以中稻培两优93为材料,采用盆栽法,研究了双氰胺对水稻根系、光合特性以及经济性状的影响。
5) rice rhizosphere
水稻根际
1.
Ecological effect of rice rhizosphere microbes under water regimes and nitrogen fertilizer with split application in paddy field.;
不同水分模式分次施氮对水稻根际土壤微生物生态效应的影响
2.
The ecological effect of nitrogen fertilizer with split application on rice rhizosphere microbes was conducted in paddy field of Fuyang,Zhejiang province,China in 2005.
研究了分次施氮条件,施氮对水稻根际土壤微生物生态效应的影响,结果表明:水稻根际土壤微生物生态效应不仅仅受到根际土壤微生物的影响,同时也受到水稻生长状态的影响。
3.
The ecological effect of rice rhizosphere microbes under different N application levels was analyzed in paddy field in Zhejiang in 2006.
本文通过对大田分次施氮和网室三种水分模式(控水模式、干湿交替模式、浅水层连续灌溉模式)分次施氮条件下，对水稻整个生长周期内水稻根际土壤微生物生态效应影响的研究，来揭示水稻根际土壤微生物的作用及根系生长潜力，以期对稻田氮素及水分因子对水稻根际效应、水稻生长的氮肥管理、土壤肥力改善与水分控调模式提供科学依据。
6) rice roots
水稻根系
1.
Effects of ammonium uptake on the changes of plasma membrane potential of rice roots;
NH_4~+的吸收对水稻根系细胞膜电位的影响
2.
The intensity of N,P,K absorption of rice roots increased gradually with plant growth Itreached the peak during the panicle developing stage,then decreased.
研究表明水稻根系Ｎ，Ｐ，Ｋ日吸收强度随生育进程而逐渐增大，至穗分化期至抽穗期达到高峰，而后下降：Ｎ，Ｐ，Ｋ吸收比例平均为４。
3.
Rice roots stratified by fractal dimension was established based on the fractal dimension of the spatial distribution of rice roots model.
研究了不同水分亏缺时间和亏缺程度下水稻根系生长发育规律,根据水稻根系分层分形维数建立了基于分形维数的水稻根系空间分布模型。
补充资料：二根──利钝二根
【二根──利钝二根】
﹝出析玄记﹞
析玄云：见道行人，根有二种。谓须阤洹初果之人，破惑见理，名为见道。（梵语须阤洹，华言入流，谓预入圣人之流也。）
［一、钝根名随信行］，婆沙论云：由彼依信随信起行，谓此一类行人，从来性多钝故，自不披阅教文，但信他人言说而得悟道，故名随信行。
［二、利根名随法行］，婆沙论云：由彼依法随法起行，谓此一类行人，从来性多利故，不信他言，但自披阅教典，而得悟道，故名随法行。
﹝出析玄记﹞
析玄云：见道行人，根有二种。谓须阤洹初果之人，破惑见理，名为见道。（梵语须阤洹，华言入流，谓预入圣人之流也。）
［一、钝根名随信行］，婆沙论云：由彼依信随信起行，谓此一类行人，从来性多钝故，自不披阅教文，但信他人言说而得悟道，故名随信行。
［二、利根名随法行］，婆沙论云：由彼依法随法起行，谓此一类行人，从来性多利故，不信他言，但自披阅教典，而得悟道，故名随法行。
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