Please use this identifier to cite or link to this item: http://hdl.handle.net/11455/28681
標題: 玫瑰花小葉器內培養之體胚發生
Somatic Embryogenesis via In Vitro Culture of Leaflet Explants of Roses
作者: 徐詠勝
Hsu, Yung-Sheng
關鍵字: rose
玫瑰花
genotype
plant growth regulator
embryogenic callus
somatic embryogenesis
植物生長調節劑
胚性癒傷組織
體胚發生
出版社: 園藝學系所
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摘要: 為了提高胚性癒傷組織的形成率並縮短體胚發生的時間,因此描述一種從玫瑰花器內小葉經由器內培養再生植株的步驟。 測試NAA 和picloram兩種生長素在不同濃度(0.25,0.5,1or 2mg/l)下對五個品種玫瑰花(克利斯汀 迪奧、鐵凡尼、奧克拉荷馬、雷射、白英國女王)的器內小葉培植體誘導體胚發生的能力。在含NAA或picloram的MS培養基中,癒傷組織可從五種玫瑰花品種的器內小葉中被產生。雖然所有品種都能產生癒傷組織,但是僅‘鐵凡尼’能在含NAA的MS培養基產生胚性癒傷組織。基因型在胚性分化上的影響顯著。在生長素實驗中,‘鐵凡尼’小葉培植體培養在含1mg/lNAA的MS培養基4週後,再繼代培養到含2mg/l BA的MS培養基,再生株數量最高。暗培養可縮短誘導體胚發生的時間和增加胚性癒傷組織形成率。光照下培養或暗培養1週、4週或5週都能形成胚性癒傷組織。暗培養1週能產生最多胚性癒傷組織和再生株。玫瑰花‘鐵凡尼’需要光線以誘導體胚發生。在4500lux光照下,胚性癒傷組織的形成率高於其它兩種光強度處理且可縮短體胚發生的時間。雖然小葉的所有位置都能形成癒傷組織,但是僅小葉中間位置和兩側葉緣有胚性癒傷組織產生。小葉中間位置的胚性癒傷組織形成率比兩側葉緣者高。
For increasing embryogenic calli formation rate and reducing time of somatic embryogenesis therefore,A procedure for plant regeneration leaflets of roses(Rosa hybrida L.)via in vitro culture is described. Two auxins, NAA and picloram alone , at various concentrations(0.25,0.5,1or 2mg/l)were tested for its capacity to induce somatic embryogenesis from in vitro-derived leaflet of rose of five cultivars(Christian Dior,Tiffany,Oklahoma,Laser,White Queen Elizabeth). Calli could be initiated from in vitro leaflet of five rose cultivars on Murashige and Skoog(MS)medium with NAA or picloram. Although all rose cultivars could form calli but, only ‘Tiffany'could produce embryogenic calli on MS medium including NAA(1or2 mg/l). the influence of genetype on embryogenic differentiation is remarkable. In auxins experiment, leaflet explants were precultured on MS medium with 1mg/l NAA for four weeks followed by subsculture on MS medium with 2mg/l BA.‘Tiffany'showed the highest amount of regeneration plants. Dark incubation periods could reduce time of rose‘Tiffany'inducing somatic embryogenesis and increasing embryogenic callus formation rate.Culture under light or one, four and five of darkness result in embryogenic calli. Dark incubation period of one could produces the highest embryogenic callus and regeneration plantlet. Rose‘Tiffany'needed light to induce somatic embryogenesis. Under 4500lux, embryogenic calli formation rate was higher than other two light intensity treatments and reducing time of somatic embryogenesis. Diferent positions of leaflet might result in callus production, but only middle of leaflet and edge of leaflet could produce embryogenic callus. Middle of leaflet produced higher embryogenic callus rate than that of edge of leaflet.
URI: http://hdl.handle.net/11455/28681
其他識別: U0005-2208200614222400
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