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| 題 名 | 利用莖頂組織超低溫冷凍處理法去除甘藷病毒之研究=Effect of Cryotherapy to Shoot Tips Culture on Elimination of Sweet Potato Virus |
|---|---|
| 作 者 | 鄭櫻慧; 林靜宜; 羅淑芳; | 書刊名 | 作物、環境與生物資訊 |
| 卷 期 | 12:3 2015.09[民104.09] |
| 頁 次 | 頁132-141 |
| 分類號 | 434.318 |
| 關鍵詞 | 甘藷; 超低溫冷凍保存; 病毒; Sweet potato; Cryopreservation; Virus; |
| 語 文 | 中文(Chinese) |
| 中文摘要 | 本研究試驗材料為甘藷["Impomoea batatas" (L) Lam.]栽培種「台農57號」、「台農66號」與野生種「WT248」、「WT427」分別感染甘藷羽狀斑駁病毒(SPFMV)、甘藷病毒G(SPVG)與甘藷黃矮病毒(SPCSV),取病毒株莖頂組織為材料,以藻膠包埋玻璃質化法進行超低溫冷凍保存,於回復生長培養基(即MS基本鹽類)添加1 μM NAA, 0.5 μM BA, 0.5 μM Kinetin,30 g L^(-1) 蔗糖及9.4 g L^(-1) Difco agar。結果顯示,「台農66號」及「WT427」可獲得植株成活率最佳13.115.2%,而「台農57號」僅獲得2.2%;若以1 μM IAA替代NAA,並且將BA濃度提高1倍,則「台農57號」的植株成活率提高為44.6%,但野生種兩品系的植株成活率降低為0-11.1%;以感染病毒之甘藷進行超低溫冷凍處理法去除病毒的試驗顯示,栽培種「台農57號」、「台農66號」及野生種「WT248」之再生株以RT-PCR均未測到上述三種病毒,去病毒率為100%,野生種「WT427」的9個再生株中,5個測到甘藷病毒G,去病毒率為44.4%。 |
| 英文摘要 | Sweet potato ["Ipomoea batatas" (L) Lam.] cultivars/lines, 'Tainung No. 57 (TNG57)', 'Tainung No. 66 (TNG66)', 'WT248' and 'WT427' infected with "Sweet potato feathery mottle virus" (SPFMV), "Sweet potato virus" G (SPVG) and "Sweet potato chlorotic stunt virus" (SPCSV) were cultivated at Wufeng District, Taichung City, for the field experiment. The treatment of cryotherapy was applied to the shoot tips of infected plants for preservation. The preserved shoot tips were put into the survival medium which consisted of MS (Murashige and Skoog) basic salted medium and supplemented with 1 μM NAA, 0.5 μM BA, 0.5 μM Kinetin, 30 g L^(-1) sucrose, and 9.4 g L^(-1) Difco agar. The shoot regeneration rates were 13.1-15.2% from "in vitro"-grown sweet potato of 'TNG66' or 'WT427', and was 2.2% for 'TNG57'. In the case of 1 μM IAA replaced with NAA and concentration of BA was increased twice in the survival medium, the shoot regeneration rate enhanced to 44.6% for 'TNG57', but decreased to 0-11.1% for 2 wild types of sweet potato. By multiplex RT-PCR, SPFMV, SPVG and SPCSV were undetectable in all regenerated plantlets of 'TNG 57', 'TNG 66' and 'WT248' (100% virus eradication); however, SPVG was detected in 5 out of 9 regenerated plantlets of 'WT427'. |
本系統中英文摘要資訊取自各篇刊載內容。