Establishment method for asexual rapid propagation system of Tulipa edulis (Miq.) Baker

Abstract

The invention discloses an establishment method for an asexual rapid propagation system of Tulipa edulis (Miq.) Baker. The establishment method comprises steps of preparation of explants, disinfection of the explants, induction of primary generation, induction of callus, generation of adventitious buds, proliferation and seedling strengthening of multiple shoots, induction of bulb test-tube seedlings and induction of test-tube bulbs. In the method, frozen core buds are employed as initial explants. By utilization of generated intermediate propagule material buds and bulbs, multiple shoots are obtained through a callus approach and a organogenesis approach respectively. The propagation coefficient of Tulipa edulis (Miq.) Baker can be raised through cycle and proliferation of callus and buds. Test-tube seedlings with roots and inflated bases and test-tube bulbs are obtained. The method is beneficial to raising the survival rate of transplanting, raising storage and transportation resistances, and shortening propagation cycle. The method is simple, low-cost and suitable for production application, and has important meaning in achieving sustainable utilization of Tulipa edulis (Miq.) Baker.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows creation of fast growing systems called caterpillars from vegetative materials such as conifers or seeds without causing environmental damage during their growth period. By introducing these new sources like crops or trees instead of traditional methods, this technique helps preserve natural resources more efficiently overcomes issues associated with older fossilized products.

Problems solved by technology

This patented technical problem addressed by this patents relates to how quickly growing Crow Petails with their own unique characteristics without losing its ability or producing harmful substances during production. Current methods involve collecting seedlings manually, causing damage to root systems and reducing nutrients absorption efficiency. Therefore, new techniques are needed to speed up the process while maintaining good quality crops like Tollariae Miqueliana.

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