[1]
SHI Hongzhi, LIU Guoshun: Tobacco Fragrance, China Agriculture Press. (1998).
Google Scholar
[2]
ZUO Tianjue: The Production, Physiology and Biochemistry of Tobacco, Shanghai Yuandong Press(1993).
Google Scholar
[3]
Li Xia, Cai Heng etc. Research Advances in Tobacco Glandular Trichome. Chinese Agticultural Science Bulletin. Vol. 24(4)(2008),P. 261.
Google Scholar
[4]
HAN Jinfeng, ZHANG zhiyong etc. Research advance in tobacco glandular trichomes and their secretion substance cembranoids. Acta Tabacaria Sinica. Vol. 19(5)(2013), P. 118.
Google Scholar
[5]
Johnson A.W. Evaluation of several nicotiana tobacco entries resistance to two tobacco insect pests. Tob. Sci. (1978).
Google Scholar
[6]
Johnson A. W, Severson R. F,Hudson J. Tobacco leaf trichomes and their exudates. Tob. Sci. (1985).
Google Scholar
[7]
YANG Tianpei, XUE Xiaoping etc. Difference analysis of trichome density of different tobacco varieties. Journal of Acta Agticultural Jiangxi. Vol. 22(11)(2010),P. 79.
Google Scholar
[8]
YANG Tiezhao, LI Wei etc. Analysis of the varying trends and correlation of the density of glandular trichome and leaf surface exudate of flue-cured tobacco. Chinese Tobacco Science. (2005),P. 43.
Google Scholar
[9]
Roberto Barrera,Wernsman E A. Trichome type, density and distribution on the leaves of certain tobacco varieties and hybrids. Tob sci. (1966).
Google Scholar
[10]
LIU Yun, CHEN Jinzhao etc. Study on the Glandular Hairs on Tobacco Leaves. Journal Of Sichuan Normal University(Natural Science). Vol. 26(4)(2003),P. 414.
Google Scholar
[11]
LI Pengfei,ZHOU Jiheng etc. Changes of trichome density and content of leaf surface secretion on different flue-cured tobacco leaves during aging. Journal of Hunan Agricultural University (Natural Science). Vol. 31(2)(2005),P. 133.
Google Scholar
[12]
Akers C P, Weybrew J A, Long R C. Ultrastructure of glandular. Amer J Bot. (1978).
Google Scholar
[13]
XU Zenghan, LI Jixin etc. ESEM Observation on Glandular Hairs Morphology and Structure of Flue-cured Tobacco Variety Yunyan85. Chinese Tobacco Science. Vol. 32(4)(2011),P. 41.
Google Scholar
[14]
LIU Guoshun, ZHOU Shimin etc. Morphological Development and Secretion Activity of Glandular Trichomes in Oriental Tobacco. Chinese Tobacco Science. Vol. 31(1)(2010),P. 22.
Google Scholar
[15]
Colledge A, Reid WW, Russell R. The diterpenoids of Nicotiana species and their potential technological significance. Chem Ind. (1975).
Google Scholar
[16]
WANG Wei, KONG Guanghui etc. Research Advances on Tobacco Leaf Glandular Trichome and Leaf Surface Exudate. Chinese Agticultural Science Bulletin. Vol. 23(2)(2007),P. 251.
Google Scholar