The adventitious root is triarch, and has the secondary structure.
不定根为三原型, 具次生结构.
The results provide the cytological basis of promoting adventitious root formation after GL-reagent treatment.
该实验结果为了解GL生根剂促进不定根形成的原因提供了细胞学基础.
Catalpa bungei Yu Qiu No.1 the adventitious root primordium from the cerebral cortex parenchyma cells and the vascular bundle cells. the root primordium cells further splits, the differentiation to form the adventitious root. 5.
豫楸1号不定根源于皮层细胞和维管形成层细胞,根原基原始细胞进一步分裂、分化形成不定根。
Auxins, gibberellins, cytokinins, abscisic acid and ethylene have been found to influence adventitious root formation in cuttings.
生长素、赤霉素、细胞分裂素、脱落酸和乙烯五大类植物激素影响插条不定根的形成。
Changes in Endogenous Phytohormone and RNA in Paulownia fortunei ( seem.) hemsl. during the development of adventitious root
白花泡桐不定根发生过程中内源激素和RNA的变化
The changes of endogenous iaa, ctk and nucleic acids during adventitious root formation of Paulownia fortunei in vitro
白花泡桐离体培养生根IAA,CTK及核酸含量研究
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