摘要：由芽、茎尖或分生组织培养直接发育出新梢的报道在多年生单子叶植物中

摘要：由芽、茎尖或分生组织培养直接发育出新梢的报道在多年生单子叶植物中还很有限。然而，体细胞胚胎发生已为竹的大量繁殖提供了一条有效途径。本文从外植体选择，培养基类型，生长调节剂的应用以及愈伤组织的诱导，增殖与形态发生等方面以80年代以来的最新资料综述了国外植物组织培养在竹子上的应用现状及其发展趋势。
关键词：竹；组织培养；外植体；愈伤组织；体细胞胚胎发生。

結果 (英文) 1:

Summary: from bud, stem tip meristem culture develops out of reports of new shoots in perennial monocotyledonous plant is still very limited. However, the somatic embryogenesis has been provided for the mass propagation of bamboo has an efficient way. From the selection of the explant, media type, application of plant growth regulator and callus induction, proliferation and Morphogenesis of updated information since the 80 's in terms of plant tissue culture abroad is reviewed in the application status and development trend of bamboo.Keywords: bamboo tissue culture; explants and callus, somatic embryogenesis.

結果 (英文) 2:

Abstract: the buds, shoot tip meristem culture or direct development of new shoots coverage is still very limited in the perennial monocots. However, somatic embryogenesis has provided an effective way for the large population of bamboo. Aspects described explant selection, media type, inducing growth regulator applications and callus proliferation and morphogenesis in order to review the latest information since the 1980s the application status of foreign plant tissue culture in bamboo and trends.
Keywords: bamboo; tissue culture; explant; callus; somatic embryogenesis.

結果 (英文) 3:

Abstract: from bud, shoot tip meristem culture directly or the development of new shoots was reported in perennial monocotyledonous plant is very limited. However, somatic embryogenesis has provided an effective approach for mass propagation of bamboo. This article from the explants, medium, growth regulator and application of callus induction, proliferation and morphology and other aspects of the latest data to 80 since the application status and development trend on bamboo in the plant tissue culture in foreign countries. Keywords:
bamboo; tissue culture; explants; callus; somatic embryogenesis.