CAJ | 학술논문

TDZ（thidiazuron ，噻二唑苯基脲）是人工合成的苯基脲衍生物，在植物（尤其是木本植物）的愈伤组织诱导、芽的再生、体细胞胚胎发生、原生质体培养等过程中具有重要的作用，被广泛应用于植物组织培养。桑树作为一种多年生生态、经济型木本植物，其多用途综合利用已成方兴未艾之势。随着桑树基因组测序的完成，桑树转基因体系已成为制约桑树功能基因组研究的瓶颈。鉴于桑树再生频率相对较低，本文在分析了T DZ促进木本植物再生的基础上，提出T DZ在建立和完善桑树再生体系中的作用和应用前景。
TDZ（thidiazuron ，새이서분기뇨）시인공합성적분기뇨연생물，재식물（우기시목본식물）적유상조직유도、아적재생、체세포배태발생、원생질체배양등과정중구유중요적작용，피엄범응용우식물조직배양。상수작위일충다년생생태、경제형목본식물，기다용도종합이용이성방흥미애지세。수착상수기인조측서적완성，상수전기인체계이성위제약상수공능기인조연구적병경。감우상수재생빈솔상대교저，본문재분석료T DZ촉진목본식물재생적기출상，제출T DZ재건립화완선상수재생체계중적작용화응용전경。
TDZ (thidiazuron) ,one of synthetic phenyl urea derivatives ,plays an important role in callus induction , shoot regeneration , somatic embryogenesis and protoplast culture of plants ,especially woody plants ,and is widely used in plant tissue culture .The multipurpose utilization of mulberry ,a perennial ecological and economic woody plant ,has become a prev-alent trend at present .With the completion of mulberry genome sequencing ,mulberry im-mature genetic transformation system has constituted a bottleneck for mulberry functional genomics research .Given the relatively low frequency of shoot regeneration of mulberry , this paper provides a comprehensive review of the functions of TDZ in regeneration of woody plants ,and discusses its roles in establishing and improving mulberry genetic regeneration systems and the prospect of its application .