Study of transgenic SlRAPx rice plants

碩士 === 南台科技大學 === 生物科技系 === 100 === A tomato RAP2.6-like transcription factor, SlRAPx, belong to AP2/ERF family. Previous studies have found that members of this AP2 family involved in the regulation of plant disease resistance and salt tolerance in plant. To determine the function of SlRAPx we tran...

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Main Authors: Yu-Chun Liu, 劉育羣
Other Authors: Dr. Ting-Feng Wu
Format: Others
Language:zh-TW
Published: 101
Online Access:http://ndltd.ncl.edu.tw/handle/75633367969451230262
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spelling ndltd-TW-100STUT81110112016-11-22T04:13:41Z http://ndltd.ncl.edu.tw/handle/75633367969451230262 Study of transgenic SlRAPx rice plants 轉殖SlRAPx 水稻植物之研究 Yu-Chun Liu 劉育羣 碩士 南台科技大學 生物科技系 100 A tomato RAP2.6-like transcription factor, SlRAPx, belong to AP2/ERF family. Previous studies have found that members of this AP2 family involved in the regulation of plant disease resistance and salt tolerance in plant. To determine the function of SlRAPx we transfer this gene into rice by Agrobacterium–mediated transformation. Several transgenic plants, seven T1 trnasgenic rice and seven T2 trnasgenic rice plants, had been obtained by hygromycin selection from 19 T0 trangenic rice. The foreign gene has been integrated into rice genome proven by Southern blot analyses. The expression level of SlRAPx gene was also highly expressed in transgenic rice plants. However, carry out the (methyl viologen,MV) test, these SlRAPx transgenic plants was not significant tolerance compared to wild type. In the near future, we will determine the tolerant ability of various stresses in these transgenic rice plants. Dr. Ting-Feng Wu Dr. Ming-Tsair Chan 吳定峰 詹明才 101 學位論文 ; thesis 72 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 南台科技大學 === 生物科技系 === 100 === A tomato RAP2.6-like transcription factor, SlRAPx, belong to AP2/ERF family. Previous studies have found that members of this AP2 family involved in the regulation of plant disease resistance and salt tolerance in plant. To determine the function of SlRAPx we transfer this gene into rice by Agrobacterium–mediated transformation. Several transgenic plants, seven T1 trnasgenic rice and seven T2 trnasgenic rice plants, had been obtained by hygromycin selection from 19 T0 trangenic rice. The foreign gene has been integrated into rice genome proven by Southern blot analyses. The expression level of SlRAPx gene was also highly expressed in transgenic rice plants. However, carry out the (methyl viologen,MV) test, these SlRAPx transgenic plants was not significant tolerance compared to wild type. In the near future, we will determine the tolerant ability of various stresses in these transgenic rice plants.
author2 Dr. Ting-Feng Wu
author_facet Dr. Ting-Feng Wu
Yu-Chun Liu
劉育羣
author Yu-Chun Liu
劉育羣
spellingShingle Yu-Chun Liu
劉育羣
Study of transgenic SlRAPx rice plants
author_sort Yu-Chun Liu
title Study of transgenic SlRAPx rice plants
title_short Study of transgenic SlRAPx rice plants
title_full Study of transgenic SlRAPx rice plants
title_fullStr Study of transgenic SlRAPx rice plants
title_full_unstemmed Study of transgenic SlRAPx rice plants
title_sort study of transgenic slrapx rice plants
publishDate 101
url http://ndltd.ncl.edu.tw/handle/75633367969451230262
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AT liúyùqún studyoftransgenicslrapxriceplants
AT yuchunliu zhuǎnzhíslrapxshuǐdàozhíwùzhīyánjiū
AT liúyùqún zhuǎnzhíslrapxshuǐdàozhíwùzhīyánjiū
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