期刊文献+

烤烟烟碱累积特点研究 被引量:57

Investigation into the characteristics of nicotine accumulation of flue cured tobacco under field conditions
下载PDF
导出
摘要 田间状况下对烤烟烟碱的累积特点研究表明 ,烟碱的累积与烤烟对氮素的吸收并不同步 ,氮的吸收强度在移栽后 2个月左右达到最高峰 ,而此时 ,烟碱的累积才开始急剧增加 ,时间刚好发生在打顶之后 ,烟碱的最大累积强度发生在移栽后 3个月左右。不同器官中 ,打顶前烟根烟碱含量高于烟叶 ,而打顶后烟叶远高于根系 ,烟茎中烟碱含量最低。单位重量的根系所合成的烟碱数量在打顶前变化不大 ,打顶后急剧增加。 Study on the characteristics of nicotine accumulation of flue cured tobacco under field conditions revealed that the accumulation rate of nicotine and the uptake rate of nitrogen were not synchronized. The greatest uptake rate of nitrogen occurred at about 2 months after transplanting, which was about the time of topping, while nicotine accumulation just began to increase drastically. The greatest rate of nicotine accumulation occurred at about 3 months after transplanting, which was about 1 month after topping.Before topping the nicotine content of root was higher than that of stem,but the nicotine content of leaf was much higher than that of root after topping. The nicotine content of stem was lowest in the whole developing time of tobacco plant. The ability of unit root to compose nicotine had little change before topping, but enhanced greatly after topping. Treatment of tobacco plant with IAA and MH after topping reduced the nicotine content of flue cured tobacco.
出处 《中国烟草学报》 EI CAS CSCD 2000年第2期6-9,共4页 Acta Tabacaria Sinica
关键词 打顶 烤烟 烟碱含量 累积 烟叶 根系 移栽 左右 增加 状况 Flue cured tobacco Nicotine Topping IAA
  • 相关文献

参考文献8

  • 1Tso T C. Leaf tobacco compostion: The potential for genetic changes. Tobacco International Weekly, 1969, April 25, 69-73.
  • 2Moore E L, Gwynn G R and Powell N T. Some alkaloid relationships among seedlings and mature plants of flue-cured tobacco. Tobacco Science, 1963,7 : 170- 175.
  • 3Tiburcio A F, Pinol M T and Serrano M. Effect of UV-C on growth soluble protein and alkaloids in Nicotiana rustica plants. Environ. Exp. Bot., 1985,25(3):203-210.
  • 4Tso T C, Kasperbauer M J and Sorokin T P. Effect of photoperiod and end-of-day light quality on alkaloids and phenolic compounds of tobacco. Plant Physiol,, 1970, 45:330-333.
  • 5Atkinson W O, Ragland J L, Sims J Let al. Nitrogen eomposition of burley tobacco. I. The influence of irrigation on the response of hurley tobacco to nitrogen fertilization. Tobacco Science, 1969, 13 : 123- 126.
  • 6Atkinson W O and Sims J L. Nitrogen compostion of burley tobacco.Ⅱ . Influence of nitrogen fertilization, suckering practice and harvest date on yield, value and distribution of dry matter among plant parts. Tobacco Science, 1973, 17:63-66.
  • 7McMurtrey J R Jr, Bacon C W and Ready D. Growing tobacco as a source of nicotine. USDA Tech. Bull., 1942, 820.
  • 8Yasumatsu N. Studies on the chemical trgulation of alkaloid biosynthesis in tobacco plants. Ⅱ. Inhibition of alkaloid biosynthesis by exogenous auxins. Agr. Biol. Chem., 1967,31:1441-1447.

同被引文献673

引证文献57

二级引证文献439

相关作者

内容加载中请稍等...

相关机构

内容加载中请稍等...

相关主题

内容加载中请稍等...

浏览历史

内容加载中请稍等...
;
使用帮助 返回顶部