1·In some conifers adventitious roots can form the largest part of the root system.
在一些针叶树不定根形成的根系统的最大部分。
2·After 12-14 days, adventitious root primordia developed into young adventitious roots.
大约经12—14天，不定根原基发育为幼小不定根并伸出周皮之外。
3·The process of the adventitious root formation in grape cuttings can be divided into six periods.
不定根的形成过程可以分为六个时期。
4·The result shows that auxin polar transport plays an important role in adventitious root formation.
结果提示，生长素极性运输活性对不定根形成起着重要作用。
5·Results identified that the adventitious root primordia originated from the vascular cambium cells.
结果表明：试管苗不定根的根原基发生于形成层。
6·The promotion of adventitious root formation by auxin was proven to be related to ethylene releasing.
生长素类物质处理插穗促进不定根形成，与诱导乙烯释放有关。
7·The way of molecular regulation underlying adventitious root is complex and far beyond understanding now.
由于不定根发生过程的复杂性，到目前为止对其调控机制的了解还十分有限。
8·The fibrous root system in cereals comprises primarily adventitious roots (ARs), which play important roles in nutrient and water uptake.
谷类作物的须根系主要由不定根组成，在营养物质和水分吸收中发挥重要作用。
9·The mechanism of formation of adventitious root induced by light or dark pretreatment was initially studied in stem of broad bean seedling.
以蚕豆幼苗为材料，对光、暗预处理诱导植物不定根生成的机理作了初步研究。
10·Adventitious roots are vital for water and nutrient assimilation by cereal crops because they comprise the bulk of the fibrous root system.
不定根组成了禾本类作物的须根系，对水分和养分的吸收起着关键的作用。
1·The promotion of adventitious root formation by auxin was proven to be related to ethylene releasing.
生长素类物质处理插穗促进不定根形成，与诱导乙烯释放有关。
2·The result shows that auxin polar transport plays an important role in adventitious root formation.
结果提示，生长素极性运输活性对不定根形成起着重要作用。