1) bolting reversing
抽苔逆转
2) Bolting reversing in sugar beet
抽薹逆转
3) Bolting
[英][bəult] [美][bolt]
抽苔
1.
Regulation of Gibberellin on Bolting in the First Year and Photosynthesis in Sugar Beet
赤霉素对甜菜当年抽苔及光合作用的调控
2.
s Earlier bolting at the same year of transplanting is main limited factor of Angelica sinensis production, which was resulted from finished vernalization period.
当归移栽后当年抽苔是制约当归生产的主要障碍，而提早抽苔是已通过春化阶段之故。
3.
The sugar beet growth buds were treated at 1-3 pairs of true leaves with gibberellin(GA3) ,autix(IAA), naphthaleneacetic acid (NAA ) and kinetin (KT), and the plant growth regulating substances enhancing bolting of sugar beet in the first year and its doses were selected out.
本研究通过田间试验和人工气候箱培养相结合的方法，在甜菜幼苗1～3对真叶时利用赤霉素(GA_3)、生长素(IAA)、奈乙酸(NAA)和激动素(KT)等生长调节物质处理茎生长点，筛选促进甜菜当年抽苔的植物生长物质及剂量；同时利用脱落酸(ABA)、马来酰肼(MH)、烯效唑(S-3307)和多效唑(PP333)等处理经温光诱导当年抽苔的甜菜幼苗，筛选对当年抽苔逆转有效的种类和剂量，并通过测定内源激素含量、相关酶活性、可溶性蛋白质含量和氨基酸组分及脂肪酸含量及其组分的变化，探讨甜菜当年抽苔和抽苔逆转的机理，得到如下结论： 1 促进甜菜幼苗当年抽苔最有效的植物生长调节物质为GA_3，处理最佳时期为1对真叶完全展开时，不同品种处理的最佳浓度有差异，甜研7号为40mg／L，甜研8号为45mg／L；GA_3+KT和GA_3+ABA促进抽苔与浓度总量无关，而与两种调节物质的浓度比有关。
4) bolting rate
抽苔率
1.
Effect of seedling size on the comprehensive agricultural characteristics and bolting rate of Angelica sinensis;
种苗大小对当归综合农艺性状及抽苔率的影响
5) earlier bolting
早期抽苔
1.
Objective:Seeking chemical ways of controlling the earlier bolting of Chinese Angelica(CA).
目的：探讨控制当归早期抽苔的化学调控途径。
6) bulting stage
抽苔期
补充资料：抽抽趔趔
1.犹言别别扭扭。
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