Research Progress and a Prospect Analysis of Asexual Bamboo Reproduction

Abstract

Bamboo possesses various characteristics that make it a promising renewable biomass resource. These include rapid growth, early timber production, strong adaptability, high yield, ease of planting, wide distribution, and ease of processing. With the increasing demand for bamboo resources, rapid propagation, species selection, and breeding have always been the focus of bamboo research. However, the long and unpredictable flowering cycle of bamboo, coupled with the difficulties of obtaining seeds, has made it difficult for mass-scale propagation and the introduction of desirable traits through classical breeding methods, which hinders the genetic improvement of bamboo. Asexual propagation, tissue culture, and genetic transformation present an effective breeding method to hasten the breeding process, improve breeding efficiency, and screen and create superior new varieties, and may significantly enhance the genetic improvement of bamboo and the development of the bamboo industry. This study reviews recent research on the asexual propagation of bamboo, propagation methods, cultivation means, influencing factors, and transgenes. The bamboo species that participated in asexual reproduction were systematically sorted according to the type of explants, the formula of the culture medium, and the results achieved. In addition, the bottlenecks and development trends in each training process were identified. This study provides a reference for the rapid propagation and genetic breeding of bamboo plants.

Keywords

• bamboo
• asexual propagation
• regeneration system
• transgene