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玉米(Zea mays L.)茎髓、玉米芯薄壁组织和最先发育叶片组织的衰老与RNA含量及合成的关系。

Relationship of senescence of corn (Zea mays L.) stalk pith, cob parenchyma and first developed leaf tissues to RNA content and synthesis.

作者信息

BeMiller J N, Birchenall Sparks M C, Fong T W, Pappelis A J

出版信息

Mech Ageing Dev. 1976;5(6):419-26. doi: 10.1016/0047-6374(76)90039-7.

Abstract

In stalk parenchyma tissue of WF9 X 38-11 single corn (Zea mays L.), there was a per cell increase in RNA synthesis and a slight increase in total RNA as cells became older. In cob parenchyma tissue of WF9 X 38-11 single cross corn, both total RNA content and RNA synthesis per cell decreased with the age of cells. In first developed leaf tissue of FR43 X FR14A single cross corn, RNA synthesis increased steadily but only slightly over its life span. The pattern of RNA synthesis and destruction in senescing leaf tissue of seedlings and two sources of parenchyma tissue of maturing plants appeared to differ.

摘要

在WF9×38 - 11单交玉米(Zea mays L.)的茎薄壁组织中,随着细胞变老,每个细胞的RNA合成增加,总RNA略有增加。在WF9×38 - 11单交玉米的穗轴薄壁组织中,总RNA含量和每个细胞的RNA合成均随细胞年龄的增长而下降。在FR43×FR14A单交玉米最初发育的叶片组织中,RNA合成在其整个生命周期内稳步增加,但增幅很小。幼苗衰老叶片组织和成熟植物两种薄壁组织来源的RNA合成与降解模式似乎有所不同。

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