New method for treating wounds of fruit trees

Abstract

The invention discloses a method for treating wounds of fruit trees. Hydrophilic or water absorbent material into which water-retaining agent is added serves as a carrier dressing, chemical liquid containing sterilization and wound healing promotion substances is added, the chemical liquid contains, by mass, 0.4% of ethylicin and a mixture of 200ppm of cytokinin beta-cyclodextrin inclusion compound and 70ppm of naphthylacetic acid beta-cyclodextrin inclusion compound, when the chemical liquid is used, a proper size of carrier dressing is cut out of the carrier dressing adsorbing the chemical liquid in a saturated mode to be applied to the surface of a wound, and then the wound is bounded and sealed with a plastic film. The method has the advantages that sterile proper-moisture environmental conditions capable of stimulating cells around the wounds to generate callus fast are provided for the wounds of the fruit trees, the callus will not root, and the wound healing rate is high; after the water-retaining agent is added, the carrier dressing loses water slowly, and long-term moisture preservation can be achieved in combination with replenishment of outside rainwater through fine and dense holes in the surfaces of the trees. The method for treating wounds of fruit trees is good in effect and high in wound healing rate, and the healing time can be shortened by 20 days compared with a conventional method under the same conditions.

Description

technical field [0001] The invention belongs to the technical field of agriculture, in particular to a novel method for treating fruit tree wounds. Background technique [0002] Fruit tree wounds due to pruning, glue flow, freezing damage, and insect damage, especially large wounds caused by trunk glue flow, are often infected with branch diseases due to failure to heal in time, which in turn leads to dead branches and dead trees, which is extremely harmful to fruit tree production . The timely healing of this wound is undoubtedly of great significance to fruit tree production. The necessary conditions for wound healing include the humidity and cleanliness of the environment where the wound is located. At present, the advanced product for artificial intervention to promote wound healing is a wound healing agent that introduces foreign polymer film technology. It is effective for small area wound treatment. However, the healing effect of large-area wounds on the trunk is p...

AI Technical Summary

Problems solved by technology

However, the healing effect of large-area wounds on the trunk is poor, which should be caused by the inability to create a suitable local humidity environment, and the cost is high

The inventor of this invention once applied for the invention patent "Method for Treating Fruit Tree Wounds" in 2011, which disclosed a method for treating fruit tree wounds. It was found in practice that its disadvantage was that when it was applied to the wound treatment of some tree species, the wound could not heal perfectly but instead healed. The tissue has differentiated a large number of root systems; another disadvantage is that the surface of some tree species is rough and covered with fine pores, which cannot be perfectly sealed by plastic film, and the carrier dressing will lose water prematurely due to the relatively small amount of adsorbed liquid. incomplete healing