Cell signal guided fruit colorant

Abstract

The invention provides a cell signal guided fruit colorant. The invention belongs to the technical field of fruit coloring, and relates to a cell signal guided fruit colorant. The colorant comprises the following components: propyl dihydrojasmonate, 2-(3,4-dichlorophenoxy)triethylamine, an emulsifying agent and water. Compared with the prior art, the fruit colorant has the following advantages andeffects that 2-(3,4-dichlorophenoxy)triethylamine contained in the colorant is matched with propyl dihydrojasmonate, so that the coloring time of fruits can be effectively shortened, and a uniform coloring effect can be achieved; the colorant contains propyl dihydrojasmonate, so that the color and the quality of fruits can be effectively improved, soft fruits and rotten fruits cannot be caused, and the fruit cracking rate is effectively reduced; the colorant can effectively increase the sweetness and taste of the fruits; all the components of the colorant do not generate harmful substances, so that the colorant is safer and more environment-friendly.

Description

technical field [0001] The invention belongs to the technical field of fruit colorants, and relates to a cell signal guiding fruit colorant. Background technique [0002] People eat fruits in their daily life. Some fruits are transported from far away places, and freshness cannot be guaranteed. Therefore, the shape, color, sugar content and other factors of fruits have become factors considered by consumers. Fruits with good color are often more attractive to consumers to buy. In order to obtain a good color of the fruit, it is necessary to provide a certain amount of growth regulators during the ripening stage to promote the accumulation of pigments on the peel. [0003] Currently, the fruit color enhancers used in the market are mainly ethephon and S-inducer. S-Abensin has a good color-enhancing effect, but it needs to be used by soaking fruit, which is labor-intensive; while ethephon can be sprayed directly, saving labor, but the color-enhancing effect is poor and the a...

AI Technical Summary

Problems solved by technology

S-Abensin has a better color-enhancing effect, but it needs to be used by soaking fruit, which is labor-intensive; while ethephon can be sprayed directly, saving labor, but the color-enhancing effect is poor and the amount of use is not easy to control

If it is used in an excessive amount or beyond the standard, the content of the ripening agent in vegetables and fruits will exceed the standard, which may cause harm to human health.

A large number of experimental studies have found that the use of ethephon preparations alone in the fruit coloring process is likely to cause fruit tree leaf fall, fruit thr