KT, tZR, and tZ in corms showed an increasing trend during the first leaf emergence and maturation stages.
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A high trans-zeatin nucleoside concentration in corms may promote the multileaf growth of <i>Amorphophallus muelleri</i>.
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The expression of CKX3 , CKX5 and CKX6 showed a decreasing trend with the sprouting of the second leaf, and UGT75L6 also showed a decreasing trend in the same period. 3.4 Changes in IAA and ABA during the growth cycle of Amorphophallus muelleri The content of IAA in corms was significantly higher at the second leaf sprouting stage, reaching a peak of 2816.94 nmol kg -1 , which was 6.59 times higher than the content at the dormant stage in corms and 10.83 times higher than the content in the leaves (260.08 nmol kg -1 , which was also the peak content in the leaves) during the same period ( Figure 5A ).