additive effect中文是什么意思

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中文翻译
造句

附加效应
加成效应
加性效果
加性效应
累加效应；相加作用
相加效应
相加作用

additive adj. 1.附加的，增加的。 2.【化学】加成的，加和 ...
effect n. 1.结果。 2.效能，效果，效力，效应，作用，功效 ...
additive of effect 效力可加性; 效应可加性
effect of additive 添加剂的效果
additive effect of pesticide 农药的附加效应
additive effect; addition 相加作用
additive gene effect 加性基因效应
additive genetic effect 基因相加效应; 加性遗传效应
additive seasonal effect 附加季节性影响
multi-effect additive 多效添加剂
test on additive effect 相加作用测定
additive adj. 1.附加的，增加的。 2.【化学】加成的，加和的。 3.【数学】加法的；加性的。 n. 1.添加剂；添加物。 2.【数学】加法。
additive additive 使沉迷
additive; additive agent; supplement 添加剂
be of no effect 无效
by effect 附带现象
by-effect 副作用。
effect n. 1.结果。 2.效能，效果，效力，效应，作用，功效；影响。 3.感触，印象；外观，现象。 4.旨趣，意义。 5.实行，实施。 6.(布的)花纹。 7.〔pl.〕物品，动产，家财。 8.〔pl.〕〔英国〕仿制品。 cause and effect 因果。 curative effects 疗效。 general effect 大意，纲领。 household effects 家产，家具什物。 love of effect 爱面子，爱(修饰)外表。 no effects 无存款。 personal effects 私人财物，手提行李。 sound effects 音响效果。 three-dimensional effect 立体感。 be in (full) effect 正在实行[厉行]。 bring [carry] into [to] effect 实行，实现，贯彻。 come [go] into effect 开始实施[生效]。 feel the effects of 痛感…。 for effect 装门面。 give effect to 实行，实施。 have an effect on [upon] 对…有影响[效果]。 in effect 实际上；总之；有效，生效。 of no effect 无效；无益，不中用。 put into effect 实行。 take effect 奏效，见效，有效验，应验；生效。 to no effect ＝without effect 无效，不灵验。 to the effect that ... 大意是说…，内容是 (A telegram to the effect that ...．电报大意是说…)。 to this [that, the same] effect 按这种[那种、同样]意思。 with effect 有效地。 vt. 1.产生，招致，导致，引起。 2.完成，达到，实现(目的等)。 effect a cure 发挥治疗效果。 effect an insurance 参加保险。 n. -or 〔生〕效应器，效应基因。
effect on 作用,影响
for effect 如果你做某事; 为了得到效果; 做样子, 为了给人良好的印象, 装门面
in effect (实质上，实际上）它在句中一般不需要用逗号隔开; 就是，这个法律规则有效; 生效实施; 实际不; 实际上,事实上; 实际上；正实行中; 实质上，根本上; 实质上，实际上，有效; 事实上,实际上; 有效,实际上; 则是实际上，从本质上来说; 正实行中
no effect 无效果
of (no) effect （无）效
on effect 给光效应; 开效应
s effect s效应

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例句与用法

Genetic models were constructed for qtl mapping by two - dimensional searching . corresponding analysis methods were also proposed , which could estimate additive effects , dominance effects , epistatic effects of additive by additive , additive by dominance , dominance by additive , dominance by dominance , and could predict their interaction effects with environments
构建了可以估汁加性效应、显性效应、加加、加显、显加、显显上位性效应以及预测这些效应与环境互作效应的qtl定位两维搜索遗传模型，提出了相应的分析方法。
It was shown that in short - season cotton , the seven traits relating to early maturity all presented dominating additive effect while displaying dominance effects , and epistatic effects from sowing to budding , from sowing to flowering and from budding to flowering ; the early maturity traits significantly interacted with the environments
结果表明：短季棉7个早熟相关性状的遗传均以加性效应为主，同时存在着显性效应，对于播种现蕾、播种开花和现蕾开花还存在着上位性效应；短季棉各早熟性状的遗传效应与环境互作显著。
The combination of meja and fc did not show significant additive effect on enzyme activity . 3 . phosphorylation and dephosphorlation of pm h ^ - atpase after treatments of meja and fc 1 ) in vitro , phosphatase inhibitors , okadaic acid and cantharidin , enhanced meja - induced increase of the enzyme activity to 60 % and 50 % , respectively
Tllrase过程中可能发生的磷酸化和去磷酸化作用1 ）磷酸酶抑制剂斑螫素、岗田酸可以增强meja对酶的刺激作用，岗田酸的效应较强，而斑鳌素的作用略弱，增幅分别为60和50左右。
( 4 ) the results of qtl mapping indicated that the inheritance of yield traits was very complex , the explanation as follows : additive effects except for sterile spikelet number per spike ( ssns ) , qtls of additive effects were tested for all other traits , with 10 qtls for 1000 grain weight ( kgw ) . the large variance of the effect values and the contribution rate of qtls indicated that the effects are difference for different qtls
14 。（ 4 ）通过对产量性状qtls作图，发现产量性状的遗传非常复杂，可以从4个方面说明：加性效应除不孕小穗数外，各性状均检测到了表现加性效应的qtls 。其中，在各环境联合分析下，检测到了10个千粒重qtls ，各qtls的加性效应值和对群体变异的贡献率也存在很大差异，说明不同的qtls不是等效的。
Abstract : in this paper , triple test cross design was used in studing the resistance of soybean to 10 physiological race of cercospora sojina haraby inoculation . results o analysis of gene effects of resistance indicated that additive effect is significant in all the three crosses , dominant effect exsists only in the cross 1 and epistatic effect remains in the cross 2 and cross 3
摘要本实验利用三点测交分析的方法,对3个组合在人工接种大豆灰斑病菌的条件下的抗性表现进行基因效应分析,各组合均存在加性,组合1存在显性,组合2 、 3存在上位性。
Qtl mapping for the 9 yield traits was carried out using qtlmapper version 1 . 0 . the main results are as follows : using the combined test of the four environments , 39 qtls of additive effects distributing on 14 chromosomes were detected . the range of general contribution rate of additive effect qtls for different traits is 1 . 83 ~ 27 . 24 % , and the range of contribution rate of different single qtl is 1 . 06 - 8 . 93 %
利用qtlmapperversion1 . 0作图软件进行了产量性状的qtls作图，主要结果如下：在各环境联合分析下，共检测到9个性状的39个加性效应qtls ，涉及14条染色体，各个性状的总贡献率变化范围为1 . 83 27 . 24 ，单个qtl贡献率变化范围为1 . 06 8 . 93 ；共检测到9个性状的41对qtls互作位点，涉及用于分析的全部18条染色体，各个性状的总贡献率变化范围为1 . 26 36 . 15 ，单今互作效应的贡献率变化范围为1 . 20 13 . 30 。
Monte carlo simulations were conducted to study the new approaches of qtl mapping , the results indicated that general least squares ( gls ) method , which was widely applied in mixed linear model , could unbiasedly estimate all genetic main effects , including additive effects , dominance effects and epistatic effects of additive by additive , additive by dominance , dominance by additive , dominance by dominance . the interaction effects between genetic main effects and environments could also be predicted unbiasedly by linear unbiased prediction ( lup ) . the heterosis prediction based on qtl effects was also unbiased
对新提出的qtl分析方法进行了montecarlo模拟研究，结果表明，广泛应用于混合线性模型的广义最小二乘法( gls )能够无偏估计加性效应，显性效应以及加加、加显、显加、显显上位性效应等各项遗传主效应；运用线性无偏预测法( lup )能够无偏预测上述各项遗传主效应与环境的互作效应；基于qtl效应的杂种优势预测也是无偏的。