Ultrastructural Study Of The Effect Of Tnt On Callus Cells And Cells Of Intact Plants Of Yucca Gloriosa L.

M. Ghoghoberidze; G. Zaalishvili; M. Ramishvili; M. Gogava; N. Chelidze

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Ultrastructural Study Of The Effect Of Tnt On Callus Cells And Cells Of Intact Plants Of Yucca Gloriosa L.

机译：Tnt对丝兰愈伤组织和完整植物细胞影响的超微结构研究。

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Intracellular distribution of assimilated 2,4,6-trinitrotoluene (TNT) in callus cells, flower buds, and leaves of intact Yucca gloriosa L. plants with the use of electron microscopy radioautography was carried out. The radiotracer was detected in vacuoles, plastids, mitochondria, endoplasmic reticulum, and cytoplasm. It was found that TNT incorporation in the vacuoles of dedifferentiated callus cells was higher compared to cells from intact plant. Therefore, the ultrastructural continuity of differentiated cells is less damaged.

机译：利用电子显微镜放射自显影技术，对完整丝兰植物愈伤组织细胞，花蕾和叶片中同化的2,4,6-三硝基甲苯（TNT）进行了细胞内分布。在液泡，质体，线粒体，内质网和细胞质中检测到放射性示踪剂。已经发现，与来自完整植物的细胞相比，去分化的愈伤组织细胞的液泡中的TNT掺入更高。因此，分化细胞的超微结构连续性受到的损害较小。

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《Cytology and genetics》 |2009年第1期|18-21|共4页
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M. Ghoghoberidze; G. Zaalishvili; M. Ramishvili; M. Gogava; N. Chelidze;
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Ultrastructural Study Of The Effect Of Tnt On Callus Cells And Cells Of Intact Plants Of Yucca Gloriosa L.

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