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Although the morphological and physiological responses of rice root to changes in N availability have been studied intensively , the molecular regulatory mechanisms underlying the morphological and physiological acclimation to different N levels remain largely unknown. Understanding these mechanisms is of great importance not only for the scientifc community of rice biology but also for practical rice breeders, as knowledge of rice roots’ responses to N availability enables breeding rices with a high N use effciency. 发自小木虫Android客户端 |
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2楼2018-06-13 09:14:51
818james
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Although the morphological and physiological responses of rice root to changes in N availability have been studied intensively , the molecular regulatory mechanisms underlying the morphological and physiological acclimation to different N levels remain largely unknown. Understanding these mechanisms is of great importance not only for the scientifc community of rice biology but also for practical rice breeders, as knowledge of rice roots’ responses to N availability enables breeding rices with a high N use effciency. Although the morphological and physiological responses of rice root to changes in N availability have been studied intensively , their molecular regulatory mechanisms remain largely unknown. Understanding these mechanisms is of great importance not only for the scientific community of rice biology but also for practical rice breeders, and beneficial to breeding rice varieties with high N utilizing efficiency. |
3楼2018-06-13 11:46:38
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