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在金柑花芽诱导期，使用促、抑花调控措施，并用￣（１５）Ｎ（ＮＨ＿４）＿２ＳＯ＿４探讨氮素代谢动态；用￣３Ｈ—苯丙氨酸注射液经促、抑花处理的盆栽锦橙，了解锦橙对氨基酸的吸收和积累。结果表明，在柑桔花芽诱导期喷ＧＡ＿３，可明显抑制花芽分化。生理分化前期抑花处理的金柑，春梢枝叶内氮素含量由较高而逐渐下降。从生理分化至形态分化始期，成花母枝枝叶内的氮素含量有由少到多，再到消耗的过程；而苯丙氨酸在锦橙成花母枝枝叶内的积累逐渐减少，但在抑花处理枝叶中的含量却有较大幅度的增加。因此认为，在柑桔花芽诱导期，较低的氮素代谢水平和较高的苯丙氨酸积累，是花芽分化的相关条件之一。
In the induction of kumquat buds, the use of inhibition and suppression measures, and with (15) N (NH_4) _2SO_4 to explore the dynamics of nitrogen metabolism with ~ 3H phenylalanine injection by inhibition, inhibition of potted broccoli orange , Understand the orange orange amino acid absorption and accumulation. The results showed that flower bud differentiation could be obviously inhibited by spraying GA_3 on flower bud induction of citrus. Pre-physiological differentiation of kumquat treatment, shoots and leaves of the nitrogen content from higher and gradually decreased. From physiological differentiation to the beginning of morphological differentiation, the content of nitrogen in the branches and leaves of flower buds decreased from less to more and then consumed. However, the accumulation of phenylalanine in branches and leaves of walnut branches gradually decreased, In the suppression of flowers in the foliage content has a more substantial increase. Therefore, the induction of flower buds in citrus, lower nitrogen metabolism and higher phenylalanine accumulation, is one of the conditions related to flower bud differentiation.