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Sep 28, 2022

What are the physiological effects of Forchlorfenuron(cppu、KT-30)?


 

Forchlorfenuron(cppu、KT-30), as a mitogen with high activity of this urea, can promote division, induce sprout differentiation, delay senescence, and increase fruit set.

 CPPU Forchlorfenuron KT-30

1. Promote cell division and expand cell volume

 

KT-30 has obvious promoting effect on cell division of callus, which can promote organ formation and protein synthesis, and make cells expand rapidly.

 

The growth rate of the solanaceous fruit treated with Pengguolong will produce miraculous changes. For example, the cucumber can grow 5cm per day, the kiwi fruit can expand by 80%, and the watermelon can be doubled.

 

At the same time, it promotes the increase of organic matter content such as sugar, vitamin C and amino acid in the fruit, and the taste is good.

 

2. Induce the differentiation of buds and break the dominance of terminal buds

 

KT-30 can promote the growth of lateral buds and break the effect of apical dominance. The number of branches, the number of flowers and the flowering period were prolonged in the flowers treated with Pengguolong. Promotes new shoot formation, and can successfully proliferate for hackberry and hard-to-propagate maple trees.

 

3. Improve photosynthesis efficiency and prolong leaf senescence

 

KT-30 can inhibit the decomposition of nucleic acid and protein, increase the activity of reactive oxygen species scavengers, delay leaf senescence, promote the growth of regenerated buds, and improve the live bud rate. use

 

The rice treated with Penguolong can significantly reduce the chlorophyll content in leaves, reduce the accumulation of lipid peroxidation product malondialdehyde (MDA), reduce the permeability of cell membrane, slow down the decline of SOD enzyme activity in leaves, and increase the vitality of the next crop.

 

4. Promote the germination and differentiation of fruit trees, increase fruit set and fruit enlargement

 

KT-30 can promote the differentiation of flower buds, and can promote the formation of flower buds in fruit trees and increase the number of flowers at an appropriate concentration, thereby increasing the fruit set rate, avoiding the occurrence of small years, increasing the average annual yield, and inducing parthenocarpy. The flowers and young embryos of the fruit are processed and can grow into fruit without being fertilized.


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