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Volume 4 Issue 1
Apr.  2012
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Zhuang Weijian, Pen shiyao, Wan Jinghui. THE ATPASE ACTIVITY IN PHLOEM OF SUGARCANE STEM AND ITS FUNCTION IN SUGAR TRANSPORT[J]. Fujian Journal of Agricultural Sciences, 1989, 4(1): 64-69.
Citation: Zhuang Weijian, Pen shiyao, Wan Jinghui. THE ATPASE ACTIVITY IN PHLOEM OF SUGARCANE STEM AND ITS FUNCTION IN SUGAR TRANSPORT[J]. Fujian Journal of Agricultural Sciences, 1989, 4(1): 64-69.

THE ATPASE ACTIVITY IN PHLOEM OF SUGARCANE STEM AND ITS FUNCTION IN SUGAR TRANSPORT

  • Received Date: 1988-01-05
  • Publish Date: 1989-05-15
  • The effects of four mediums with different ions and pH value, incubating the transport tissue sections, on ATPase activity of phloem cells of different internodes in two sugarcane varieties was studied in this paper by cytochemical technique. The changes of ATPase activity of phloem cells of sugarcane in different age was also investigated. The results showed that ATPase activity of sugarcane stem phloem has significant difference in the present of different ions and pH value.Mg++ and cl- gave the greatest stimulation to phloem ATPase and the ATPase activity showed higher in the medium with pH 6.5 than with pH 7.2. The phloem ATPase activity of the same position internode in different age showed different, and which consisted with the increase of sugar accumulation with cane ripening. It was suggested that sugar unloaded from phloem in suggarcane stem was active process and speculated that, with the enzyme cytochemical technique, the characteristics of membrane located ATPase activity of phloem cellse which are difficult to isolate and their effection on phloem transport may be known qualitatively and directly.
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  • [1]
    卫瑾等,1985,钒酸盐对叶绿体ATP酶和光合功能的影响。植物生理学通讯(5):20-23.
    [2] 庄伟建等,1987,甘蔗不同品种茎细胞ATP酶生化及细胞化学研究。全国植物细胞生物学学术讨论会论文摘要汇编,中国植物学会。
    [3] 简令成等,1982,根尖分生区,伸长区和根毛区细胞内ATE酶活性的超微结构定位。植物学报24(5):408-412
    [5] Giaquinta, R.1980,Mechanism and Control of phloem loading of sulrose,Ber,Dtsch.Bot. Ges.93:187-201
    [6] Hatching, V.M,1978,Sucrose and porton Cotransport in Ricinus Cotyledons. I. H+ mifflux associated with sucrose uptake Planta 138s 229-235
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