Sometimes produced in pathogenic fungi, this substance was first researched as two different names. Production of this compound comes from the oxidation of an aldehyde with a similar name, and it is synthesized from the compound violaxanthin. Originating in the chloroplasts, it is released in times of stress as an inhibitory response; doing so rapidly, as it moves with the transpiration stream in the xylem. Its release signals growth and accumulates storage protein in seed through gene expression. Most notably, it causes the falling of leaves d
Sometimes produced in pathogenic fungi, this substance was first researched as two different names. Production of this compound comes from the oxidation of an aldehyde with a similar name, and it is synthesized from the compound violaxanthin. Originating in the chloroplasts, it is released in times of stress as an inhibitory response; doing so rapidly, as it moves with the transpiration stream in the xylem. Its release signals growth and accumulates storage protein in seed through gene expression. Most notably, it causes the falling of leaves during winter dormancy, and is largely found in dormant plants or buds. The main inhibitor of stem growth, FTP, name this phytohormone that regulates the opening and closing of the stomata in plants under water.
Sometimes produced in pathogenic fungi, this substance was first researched as two different names.
{Abscisic acid} or {ABA} (accept dormin before it is used)