Plant growth regulator:S-abscisic acid
S-abscisic acid has physiological effects such as causing bud dormancy, leaf shedding and inhibiting cell growth, and is also known as "dormant hormone".
It was discovered around 1960 and was mistakenly named because it was related to the falling of plant leaves. However, it is now known that the falling of plant leaves and fruits is caused by ethylene.
S-abscisic acid is an environmentally friendly green product,S-abscisic acid is a natural plant growth active substance.
This natural substance is commonly found in plants. It is naturally contained in fruits, vegetables and grains consumed by humans and is safe for humans and the environment.
The raw materials used in the production process of abscisic acid technical are all non-toxic and harmless agricultural and sideline products. It is obtained through microbial fermentation, without the addition of harmful elements or substances, and there are no toxic elements in its chemical structure.
Application of S-abscisic acid
1.S-abscisic acid is an effective inhibitor of seed germination
S-abscisic acid can be used for seed storage and germination preservation.
2. S-abscisic acid can promote the accumulation of storage materials in seeds and fruits, especially the accumulation of storage proteins and sugars.
Applying abscisic acid in the early stages of seed and fruit development can achieve the purpose of increasing the yield of grain crops and fruit trees.
3. S-abscisic acid can enhance the cold and frost resistance of plants.
S-abscisic acid can be used to help crops resist low temperature and freezing damage in early spring and cultivate new crop varieties with strong cold resistance.
4. S-abscisic acid can improve the drought resistance and salt-alkali tolerance of plants.
S-abscisic acid has extremely high application value in helping humans resist more and more drought environments, developing and utilizing medium and low-yield fields, and afforestation.
5. S-abscisic acid is a strong growth inhibitor.
S-abscisic acid can inhibit the growth of whole plants or isolated organs. The effect of ABA on plant growth is opposite to that of IAA, GA, and CTK, and it inhibits cell division and elongation. Inhibit the elongation and growth of organs such as bud sheaths, twigs, roots, and hypocotyls.
6. Application of S-abscisic acid in garden flowers
Since S-abscisic acid (ABA) can quickly close the main pores of leaves, it can be used to preserve flowers, prolong flowering period (principle of flower preservatives), regulate flowering period, and promote rooting (horticultural regulation).
How to use S-abscisic acid in combination
1. S-abscisic acid + auxin
Mainly promote rooting and seedling retardation after transplanting seedlings, or seedling cuttings, etc.
2. Ethylhexyl + S-abscisic acid, S-abscisic acid + gibberellin
The function is to control vigorous growth and increase fruit setting rate.
3. Anti-agonist + S-abscisic acid
Increase the absorption of nutrients, promote the growth of seedlings, increase the total amount of dry matter, and improve cold resistance, drought resistance, disease resistance, and insect resistance.
It was discovered around 1960 and was mistakenly named because it was related to the falling of plant leaves. However, it is now known that the falling of plant leaves and fruits is caused by ethylene.
S-abscisic acid is an environmentally friendly green product,S-abscisic acid is a natural plant growth active substance.
This natural substance is commonly found in plants. It is naturally contained in fruits, vegetables and grains consumed by humans and is safe for humans and the environment.
The raw materials used in the production process of abscisic acid technical are all non-toxic and harmless agricultural and sideline products. It is obtained through microbial fermentation, without the addition of harmful elements or substances, and there are no toxic elements in its chemical structure.
Application of S-abscisic acid
1.S-abscisic acid is an effective inhibitor of seed germination
S-abscisic acid can be used for seed storage and germination preservation.
2. S-abscisic acid can promote the accumulation of storage materials in seeds and fruits, especially the accumulation of storage proteins and sugars.
Applying abscisic acid in the early stages of seed and fruit development can achieve the purpose of increasing the yield of grain crops and fruit trees.
3. S-abscisic acid can enhance the cold and frost resistance of plants.
S-abscisic acid can be used to help crops resist low temperature and freezing damage in early spring and cultivate new crop varieties with strong cold resistance.
4. S-abscisic acid can improve the drought resistance and salt-alkali tolerance of plants.
S-abscisic acid has extremely high application value in helping humans resist more and more drought environments, developing and utilizing medium and low-yield fields, and afforestation.
5. S-abscisic acid is a strong growth inhibitor.
S-abscisic acid can inhibit the growth of whole plants or isolated organs. The effect of ABA on plant growth is opposite to that of IAA, GA, and CTK, and it inhibits cell division and elongation. Inhibit the elongation and growth of organs such as bud sheaths, twigs, roots, and hypocotyls.
6. Application of S-abscisic acid in garden flowers
Since S-abscisic acid (ABA) can quickly close the main pores of leaves, it can be used to preserve flowers, prolong flowering period (principle of flower preservatives), regulate flowering period, and promote rooting (horticultural regulation).
How to use S-abscisic acid in combination
1. S-abscisic acid + auxin
Mainly promote rooting and seedling retardation after transplanting seedlings, or seedling cuttings, etc.
2. Ethylhexyl + S-abscisic acid, S-abscisic acid + gibberellin
The function is to control vigorous growth and increase fruit setting rate.
3. Anti-agonist + S-abscisic acid
Increase the absorption of nutrients, promote the growth of seedlings, increase the total amount of dry matter, and improve cold resistance, drought resistance, disease resistance, and insect resistance.
