高技术通讯
高技術通訊
고기술통신
HIGH TECHNOLOGY LETTERS
2001年
4期
20-24
,共5页
周朴华%储成才%李祥%田文忠%王力%曹守云%唐柞舜%易自力
週樸華%儲成纔%李祥%田文忠%王力%曹守雲%唐柞舜%易自力
주박화%저성재%리상%전문충%왕력%조수운%당작순%역자력
南荻%基因枪轰击%马铃薯蛋白酶抑制基因%愈伤组织
南荻%基因鎗轟擊%馬鈴藷蛋白酶抑製基因%愈傷組織
남적%기인창굉격%마령서단백매억제기인%유상조직
建立了南荻愈伤组织高频诱导与再生系统及其转化愈伤组织的筛选系统,并通过本研究所建立的基因枪转化系统,将马铃薯蛋白酶抑制基因导入南荻愈伤组织而获得转基因植株。
建立瞭南荻愈傷組織高頻誘導與再生繫統及其轉化愈傷組織的篩選繫統,併通過本研究所建立的基因鎗轉化繫統,將馬鈴藷蛋白酶抑製基因導入南荻愈傷組織而穫得轉基因植株。
건립료남적유상조직고빈유도여재생계통급기전화유상조직적사선계통,병통과본연구소건립적기인창전화계통,장마령서단백매억제기인도입남적유상조직이획득전기인식주。
The initiation and regeneration system for embryogenic callus of Miscanthus sacchariflorus were established at very high frequency. Potato proteinase inhibitor II (pinII) gene were introduced into the callus of Miscanthus sacchariflorus and some transgenic plants were obtained by the particle bombardment transformation system. PCR and Southern analysis showed that target genes were integrated into the genome of these transgenic plants.
