radicle

1. Stage I of seed development produces the radicle, which gives rise to the root, and the plumule, giving the shoot and cotyledons.
   种子发育的第一个时期是形成胚根和胚芽，胚根形成根，胚芽形成茎和子叶。
2. The radicle and hypocotyl length and number of lateral roots increased with increasing germination time and decreased with increasing ploidy.
   胚根长、下胚轴长度和侧根数均表现为随着催芽时间的增加而上升、随着倍性的增加而下降的总趋势。
3. Effects of Different Treatments on Seed Rooting and Radicle Growth Quality of Paeonia lactiflora Seeds
   不同处理对芍药种子生根和胚根发育质量的影响
4. In radicle areas, there are palisade cells and a lucuna which located above micropyle and formed via knockdown parenchyma cells.
   胚根区有栅栏状细胞，珠孔区以上有薄壁细胞解体后形成的断裂层。
5. During development of the seedling, the hypocotyl forms the lower portion of the stem from the radicle up to the cotyledons.
   在幼苗发育期间，下胚轴从胚根到子叶的茎的下部形成。
6. Among cotyledon, petiole of cotyledon, hypocotyl, and radicle, hypocotyl has the most responsive explants to2,4-D.
   在子叶、叶柄、胚轴以及胚根四者当中，下胚轴对2,4-D的反应状况最好。
7. The root system of the soybean consists of a taproot formed by the radicle.
   大豆的根系包括由胚根形成的主根。
8. Since the reaction of ABA on scutellum is not sensitive and higher level of ABA can inhibit the plumule and radicle, so that it promotes the scutellum callus growth.
   高浓度的脱落酸（ABA）能有效地抑制胚芽和胚根的生长，而对水稻盾片愈伤组织的生长影响较小，从而促进盾片愈伤组织的同步健壮生长。
9. Therefore the Zen nature reality theory is the radicle cause of Chinese aesthetics prejudiced inner hearty verve and emrty taste.
   所以，禅宗的心性本体论是中国美学偏于内向化、心灵化、偏于神韵、境界的追求的根因所在。
10. The results indicated that the coleoptile and embryonal axis grew before the radicle and plumule in the stage of germination.
    结果表明，互花米草种子在萌发阶段胚芽鞘和胚轴生长先于胚根和胚芽；
11. 0.2 g/ ml of larch leaf aqueous extracts had significant inhibition on radicle growth of white birch, but other concentrations of larch bark and leaf aqueous extracts and leaf volatiles had little inhibition effects on seed germination of white birch;
    0.2g／ml的兴安落叶松树叶水浸液对白桦种子胚根生长有显著抑制作用，而其余浓度的树叶水浸液和兴安落叶松树皮水浸液及树叶挥发物对白桦种子萌发的抑制作用均不显著；
12. Stratification was good for radicle growth.
    层积处理对胚根的生长有利。
13. Inhibition of extracts from Paulownia tomentosa to radicle bud growth of cucumber and Humulus scandens
    绒叶泡桐提取液对黄瓜和葎草种子胚根伸长的抑制作用
14. Inhibition on the radicle growth was stronger than that of stem.
    3种酚类物质对胚根生长的抑制作用明显高于对胚芽生长的抑制作用。
15. The radicle-end and non-radicle end endosperm cells had different order when they came to PCD.
    胚根端和非胚根端胚乳细胞在进入程序性死亡的时间上有先后。
16. The contents of CTK and ABA were higher in plumule, plumular axis and radicle than in cotyledon.
    胚芽、胚轴和胚根中的CTK和ABA含量明显高于子叶。
17. As water stress increased, the content of β ODAP and free amino acids in the radicle was increased.
    在水分胁迫条件下，β-ODAP和游离氨基酸含量随水分胁迫的增加而上升。
18. The majority of culture filtrates exhibited the inhibitory effect on the radicle growth of rice seeds.
    大部分菌株培养滤液对胚根生长有抑制作用。
19. The results showed that the salt solution of low concentration had a certain extent stimulating effect on Paspalum seeds germination, the growth of embryo and radicle, germination potential.
    结果表明，低盐浓度处理对部分雀稗种子萌发、胚芽、胚根的生长和发芽势都有一定的促进作用；
20. The chemical reaction by organic alkali with by hydroxide radicle and double amidocyanogen was analyzed in Cu-CMP process.
    分析了带有羟基和双胺基的有机碱在Cu-CMP过程中的化学作用。
21. PTS can improve fat metabolism in models and depress the oxygenation of free radicle.
    对酒精性脂肪肝有保护作用，PTS改善了模型的脂质代谢并降低了由自由基引起的氧化作用。
22. Regression equations between the concentrations and radicle growth speed in cucumber were found.
    找出了浓度与黄瓜胚根生长速度之间的回归方程。
23. The lower concentrations stimulated the growth of plumule and radicle.
    低浓度盐分促进了幼芽和幼根的生长。
24. By comparing the obtained profiles, 31,36 and 73 genes specifically expressed in plumule, mesocotyl and radicle respectively were identified.
    经比较表达谱，得到了在胚芽、胚轴和胚根中特异表达的基因分别为31、36和73个。
25. This showed that the malformation, degradation and death in the radicle and cotyledons cells of aged seed, with the loss of structural integrity of organelles, which also contributed to cytology and histology reasons of slow seed germination and abnormal seedling. 4.
    这说明老化种子的胚根和子叶组织细胞畸形降解死亡，同时细胞器结构完整性的丧失，这也是导致种子萌发迟缓及幼苗畸形的细胞学和组织学原因。
26. We also found that, soil extracts inhibited the growth of radicle and hypocotyls of ginseng seed, which indicated that autotoxins inhibiting the germination of ginseng seeds were contained in soils cultivated ginseng. 2.
    另外，研究还发现，土壤提取物在特定浓度下对人参种子胚根和胚轴生长存在化感效应，试验证实了人参栽培土壤中含有抑制其种子萌发的自毒活性物质。
27. Conclusion GSP can improve the vigor, antagonize free radicle and decrease apoptosis of neuron-like cells differentiated from BMSCs.
    结论GSP能使BMSCs诱导分化后神经元样细胞保持较好的活力，对抗自由基产生，减少细胞凋亡。

noun

1. (anatomy) a small structure resembling a rootlet (such as a fibril of a nerve)