apices
英
美
网络 顶点; 顶端; 算筹; apex的复数
双语例句
- The low dff value in physiologically active organs, such as young leaves, flowers, and stem apices indicated that the nodular nitrogen fixation and the application of nitrogen fertilizer were important for their development.
dff值表明，在花序、顶心、绿叶生理功能旺盛器官，比茎干和衰老器官低，说明生物固氮或土壤供氮对紫云英功能器官发育的重要性。 - The results showed that the DNA methylation level of shoot apices at different stages was different, That at vegetative stage was higher than reproductive stage.
结果表明，不同生育期白菜茎尖DNA甲基化水平不同，营养生长期高于生殖生长期。 - After vernalization, DNA methylation level in shoot apices under both treatment condition was decreased comparing with control plants, but GA content was increased to 2-3 times of control's.
春化处理后，两处理植株茎尖组织DNA甲基化水平都较对照下降；但GA含量明显上升，为对照的2～3倍； - The primary site of Al toxicity locates in root apices.
铝毒害的最初作用位点在根尖。 - Plants with the most severe phenotype formed only green organs, with many shoot apices on their adaxial sides.
严重表型的植株只产生绿色的器官，在其近轴面有许多芽。 - On the basis of form theory study of scattering of quantum human body, the solving methods of parabola coordinates and ball coordinates of coulomb scattering of quantum human body and Regge apices of coulomb scattering of quantum human body were studied. Three conclusions were gotten.
在量子人体散射的形式理论研究基础上，开展了量子人体coulomb散射的抛物线坐标解法、球坐标解法和量子人体coulomb散射的Regge极点，并得到了三点结论； - Apices slightly rounded or tapering;
顶稍圆或尖削； - Differences of Cell Wall Polysaccharides in Border Cells and Root Apices of Pea ( Pisum sativum) Under Aluminium Stress
铝胁迫下豌豆根边缘细胞和根细胞壁多糖组分含量的变化 - In the present study, the cell wall pectin content, CEC of root apices and Al-induced secretion of organic acid anions from roots of 10 triticale cultivars differing in Al resistance were examined.
本文在筛选不同小黑麦品种铝敏感性的基础上，研究了根尖细胞细胞壁中的果胶、阳离子交换量（CEC）及铝诱导的有机酸分泌在抗铝性中的作用。 - Gene expression analysis showed that, it increased expression in the ethrel-induced stem apices of cucumber, and the expression in stamens of male flower was weaker than all parts of female flower.
基因表达分析表明，其在乙烯利诱导的黄瓜茎尖中表达增强，而在雄花的雄蕊中表达弱于雌花的各个部位。