Agreenco Brassinosteroids ( natural brassinolide) is considered the sixth kind of plant hormone with high-growth promoting activity and found in pollen, anthers, seeds, leaves, stems, roots, flowers, grain, and young vegetative tissues, particularly have high content in pollen.
Agreenco Brassinosteroids play an important role in growth and development, and participate in the expansion, division and differentiation of cells in the growing plant larval tissue. Deficiency of Brassinosteroids can lead to sharp changes in plant phenotypes, such as severe dwarfing, fertility decline, root dysplasia, leaf morphological changes and other abnormalities.
Agreenco Brassinosteroids can stimulate cell division and elongation, improve crop yield.
1. Specifications: 95%, 90%TC ; 0.1%,0.2% SP, 0.01%SL,SP;
Packing: 1kg/bag, 25bbags/carton drum; 200L,1000L/IBC drum, or as per required.
Shelf-life: 36months.
2. The Notable Functions of natrual brassinolide from Agreenco bio
1): Seeds treatment: increase seeds germination, improve seeds vigor.
2): Promote growth, increase yield.
3): Promote buds formation, keep flowers, keep fruit setting, promote fruit enlargement.
4): Improve fruit taste, improve good coloring of fruits, good shape.
5): Increasing rice tillering (shooting), increase grain filling and grains weight.
6): Improve the crops’ ability of cold resistance and drought resistance.
7): Improve the crops’ ability resistance to disease
8): Relieve the chemical harmful stress from herbicides.
3. The Mode of action of natural brassinolide from Agreenco bio
|
Physiological effects of natural brassinolides on plant from Agreenco Bio |
|
|
Cell level |
Whole plant level |
|
Effect on the protein spectrum and on the amino acid composition of proteins |
Effect on the content of nutritive components and fruit quality improvement, the dry matter increase. |
|
promote the content of chlorophyll, Promote the photosynthesis production, hence enhance the carbohydrate biosynthesis in plant, content of sugar is increased |
Effect on the content of dry matter, carbohydrate, sugar, vitamins. Total dry matter increase. |
|
Stimulation of elongation and fission |
Growth promotion |
|
Effect on hormonal balance |
Increase in the success of fertilization |
|
Effect on enzyme activity; H+ -pump activation |
Shortening the period of vegetative growth. |
|
Activation of protein and nuclear acid synthesis |
Size and quantity of fruits increase |
|
Effect on the fatty acid composition and on the properties of membranes |
In crease resistance to unfavorable environmental factors, stress and disease, enhance the storage of fruits. |
|
Enhancement of the photosynthetic capacity and of translocation of products |
Quality and yield increase |
|
Enhance the activity of SOD in the leaves of plants. Promote more ions of H+ released from the leaves which can minimize osmosis of cell membrane and protect the cell membrane |
Enhance the defense system and immunity of plant., enhance the storage of fruits. |
