1) rhizome formation
根茎形成
1.
PP 333 (50,100,150 mg·L -1 )sprayed before rhizome formation could inhibit the growth of stems and leaves and promote the formation of wasabi rhizome.
于山葵根茎形成期前喷施不同质量浓度 ( 5 0、 10 0、和 15 0mg·L-1)多效唑 (PP3 3 3 ) ,能有效地控制植株茎叶生长 ,显著促进根茎的形成 ,提高根茎中维生素C和淀粉含量。
2) rhizome formation in vitro
试管根茎的形成
3) Tuberization
[,tju:bəri'zeiʃən]
块茎形成
1.
The effect of different inducing conditions on tuberization and changes of endogenous growth regulators of plantlets of potato cultivar E-potato-1 and N552 in vitro were investigated.
试验发现 ,内源GA3 水平负相关于单株结薯数 ,但为匍匐茎伸长所必需 ,JA含量则与块茎形成呈正相关。
2.
0% sucrose) did not have apparent promoting effect on days to tuber initiation, the percentage of tuberization and mean number of micotubers in plantlets/stemsegments of potato (cv.
由此表明，离体培养条件下，外源添加上述植物生长物质不是诱导马铃薯块茎形成的必需因子。
3.
Using the synchronized tuberization system of single-node stem cuttings of in vitro potato plantlets, we have attempt to probe the signal function of sucrose in the induction of tuberization of potato plantlets.
本文以同步结薯的马铃薯离体单节茎段为实验材料，探讨了蔗糖在诱导马铃薯块茎形成过程中的信号分子功能。
5) Corm formation
球茎形成
6) tuber initiation stage
块茎形成期
1.
Comparative studies on photosynthesis at the tuber initiation stage and tuber bulking stage of some processing potato varieties were carried out in this research.
本文通过对4个加工型马铃薯品种在块茎形成期和块茎增长期的光合作用参数、叶片的SPAD值等光合特性的测定与分析,结果表明:4个加工型马铃薯品种光合作用能力大小依次为大西洋(A tlantic)>利云6号(PB06)>利云4号(PB04)>利云8号(PB08)。
补充资料：根茎
根茎
又称"根状茎"。多年生植物的根状地下茎。
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