首页 | 本学科首页   官方微博 | 高级检索  
     

半栽培与栽培大豆输导组织的比较研究
引用本文:杨守志,宋金枝,刘国金,周春丽,韩丽娟. 半栽培与栽培大豆输导组织的比较研究[J]. 长春师范学院学报, 2002, 0(5)
作者姓名:杨守志  宋金枝  刘国金  周春丽  韩丽娟
作者单位:哈师大阿城学院生物系 通化师院 西昌师范专科学校 长春师范学院 长春师范学院 黑龙江阿城 吉林通化 四川西昌 吉林长春
摘    要:使用光学显微技术 ,对半栽培大豆和栽培大豆进行了输导组织的形态研究。观察结果表明 :半栽培大豆都是典型的散口材 ,栽培大豆在结构上要比半栽培大豆进化 ,对环境的适应能力比半栽培大豆强。通过不同时期取材连续切片观察证明半栽培大豆的输导组织的管孔呈管孔链排列 ,端壁倾斜 ,射线宽度较窄 ,分布不密集 ;而栽培大豆的管孔呈管孔团排列 ,端壁平坦 ,射线宽度较半栽培大豆宽 ,且分布密集 ,这些结构的不同使得栽培大豆的输导能力更强 ,输导组织更进化

关 键 词:大豆属  光学技术  输导组织

A Comparative Study on Conducting Tissue of Glycine Semi-cultured Saybean and Glycine Max
YANG Shou zhi ,SONG Jin zhi ,LIU Guo jin ,ZHOU Chun li ,HAN Li juan. A Comparative Study on Conducting Tissue of Glycine Semi-cultured Saybean and Glycine Max[J]. Journal of Changchun Teachers College, 2002, 0(5)
Authors:YANG Shou zhi   SONG Jin zhi   LIU Guo jin   ZHOU Chun li   HAN Li juan
Affiliation:YANG Shou zhi 1,SONG Jin zhi 2,LIU Guo jin 3,ZHOU Chun li 4,HAN Li juan 4
Abstract:By using light microscope technique,the structure of conducting tissue of semi cultured saybean and G.max were studied in this paper.The results are as followas.Semi cultured saybean and G.max are both typical diffuse porus wood,G.max is more evolutionary than semi cultured say bean in structure,and is more adapt to environment.By continuously getting samples and making slices,we observed that,pores of semi cultured saybean in conducting tissue arrange as pore chain,end wall is oblique,width of ray is comparatively small and its distribution isn't dense.Pores of G.max arrange as pore cluster,its end wall is flat,width of ray is much bigger,and its distribution is dense.There differecies in structure help G.max to be superior in conducting,and have a more evolutionary conducting tissue.
Keywords:Glycine  light microscope technique  conducting tissue
本文献已被 CNKI 维普 等数据库收录!
设为首页 | 免责声明 | 关于勤云 | 加入收藏

Copyright©北京勤云科技发展有限公司  京ICP备09084417号