植物生物量增加的分子机制

Marcelo de Freitas Lima , Nubia Barbosa Eloy , João Antonio Batista de Siqueira , Dirk Inzé , Adriana Silva Hemerly , Paulo Cavalcanti Gomes Ferreira
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引用次数: 34

摘要

为满足人类的能源需求,世界范围内的生物质消费继续增加。这些对能源的高压将决定对农作物作为生物燃料、热能和电力资源的需求。因此,寻找与产量遗传增加有关的植物性状是无条件的。在此,我们建议利用近年来在非作物和作物植物中增加植物生物量的研究进展。为此,生物技术方法是众所周知的快速增强植物性状的方法,以及通过植物育种选择理想表型来改善植物的传统方法是提高植物生物量和减少对化石燃料依赖的优秀技术。显然,许多基因可能与有希望的表型相关,但本文将重点介绍从不同植物网络中选择的基因。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Molecular mechanisms of biomass increase in plants

Biomass consumption continues to increase worldwide for the provision of human energy needs. These high pressures for energy will determine the demand for crop plants as a resource for biofuel, heat and electricity. Thus, the search for plant traits associated with genetic increases in yield is unconditional. Here, we propose exploiting recent advances in plant biomass enhancement in non-crop as well as in crop plants. For this purpose, biotechnological approaches that are well known rapid ways of enhancing the plant traits, as well as the traditional way of improving plants through plant breeding selecting for desirable phenotypes are excellent techniques to improve plant biomass and reduce the dependence on fossil fuels. Obviously, many genes can be associated with promising phenotypes however this review will focus on genes selected from different plant networks.

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