Control of Flowering by Phloem Exudate from Cotyledons of Ipomoea tricolor II. Low Molecular Weight Flower-inhibiting Substance(s)

Q3 Agricultural and Biological Sciences Environmental Control in Biology Pub Date : 2015-09-01 DOI:10.2525/ECB.54.117
H. Watanabe, S. Tanimoto, S. Isshiki
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Abstract

The phloem exudate prepared from the cotyledons of Ipomoea tricolor strain Heavenly Blue seedlings that have been exposed to a single 16 h dark period induced flowering in cultured apices excised from non-induced seedlings. When the phloem exudate was dialyzed and separated to 3 fractions such as low ( (cid:6) 1,000), middle (1,000 (cid:1) 10,000), and high ( (cid:7) 10,000) molecular weight, both low and high molecular weight fractions had flower-inducing activities, but not middle fraction. The low molecular weight fraction was further separated and examined the nature of flower-inducing substance(s). The substance(s) was heat-stable and the highest rate of floral bud induction was obtained with 3 (cid:1) g freeze dry weight mL (cid:8) 1 . From the results of solvent participation and ion exchange chromatography, the substance(s) was high polar, seemed to be acidic, and the flower-inducing activity only increased from 3- to 10-fold.
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三色木芋子叶韧皮部分泌物对开花的控制。低分子量抑花物质
三色天蓝易普麦幼苗经过16 h的暗期处理后,其子叶的韧皮部渗出液诱导了非诱导苗的培养尖的开花。将韧皮部渗出液透析分离成低((cid:6) 1000)、中(1000 (cid:1) 10000)和高(cid:7) 10000) 3个分子量的部分,低分子量和高分子量的部分都有诱导花的活性,而中分子量的部分没有。对低分子量部分进行进一步分离,并对诱导花物质的性质进行鉴定。该物质热稳定,在3 (cid:1) g冷冻干重mL (cid:8) 1时,花芽诱导率最高。从溶剂参与和离子交换色谱的结果来看,该物质是高极性的,似乎是酸性的,诱导花的活性只增加了3- 10倍。
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来源期刊
Environmental Control in Biology
Environmental Control in Biology Agricultural and Biological Sciences-Agronomy and Crop Science
CiteScore
2.00
自引率
0.00%
发文量
25
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