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Your search keyword '"Zhong, Yongjia"' showing total 24 results
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24 results on '"Zhong, Yongjia"'

12. Cooperative interactions between nitrogen fixation and phosphorus nutrition in legumes.

Author

Zhong, Yongjia, Tian, Jiang, Li, Xinxin, and Liao, Hong

Subjects
*NITROGEN fixation, *LEGUMES, *LOTUS japonicus, *MEDICAGO, *SUSTAINABILITY, *NUTRITION, *MEDICAGO truncatula
Abstract

Summary: Legumes such as soybean are considered important crops as they provide proteins and oils for humans and livestock around the world. Different from other crops, leguminous crops accumulate nitrogen (N) for plant growth through symbiotic nitrogen fixation (SNF) in coordination with rhizobia. A number of studies have shown that efficient SNF requires the cooperation of other nutrients, especially phosphorus (P), a nutrient deficient in most soils. During the last decades, great progress has been made in understanding the molecular mechanisms underlying the interactions between SNF and P nutrition, specifically through the identification of transporters involved in P transport to nodules and bacteroids, signal transduction, and regulation of P homeostasis in nodules. These studies revealed a distinct N–P interaction in leguminous crops, which is characterized by specific signaling cross talk between P and SNF. This review aimed to present an updated picture of the cross talk between N fixation and P nutrition in legumes, focusing on soybean as a model crop, and Medicago truncatula and Lotus japonicus as model plants. We also discuss the possibilities for enhancing SNF through improving P nutrition, which are important for high and sustainable production of leguminous crops. [ABSTRACT FROM AUTHOR]

Published
2023
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18. Pyramiding of the dep1-1 and NAL1 alleles achieves sustainable improvements in nitrogen-use efficiency and grain yield in japonica rice breeding

Author

Xu, Xiaopeng, primary, Wu, Kun, additional, Xu, Ruineng, additional, Yu, Jianping, additional, Wang, Jing, additional, Zhao, Ying, additional, Wang, Yun, additional, Song, Wenzhen, additional, Wang, Shuoxun, additional, Gao, Zhi, additional, Zhong, Yongjia, additional, Li, Xinxin, additional, Liao, Hong, additional, and Fu, Xiangdong, additional

Published
2019
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20. miR169c‐NFYA‐C‐ENOD40 modulates nitrogen inhibitory effects in soybean nodulation.

Author

Xu, Hanyu, Li, Yanjun, Zhang, Kefei, Li, Mingjia, Fu, Siyuan, Tian, Yingzhe, Qin, Tongfei, Li, Xinxin, Zhong, Yongjia, and Liao, Hong

Subjects
SOYBEAN, TRANSGENIC plants, LEGUMES, NITROGEN, GENES, RHIZOBIUM
Abstract

Summary: Legume crops contribute a great portion of clean nitrogen (N) to agro‐ecosystems through symbiotic N2 fixation in the nodule; however, the nodulation is always inhibited by high N availability which is known as the N inhibitory effect through largely unknown mechanisms.We functionally investigated miR169c‐GmNFYA‐C‐GmENOD40 under multiple N conditions in soybean (Glycine max) (ENOD, Early Nodulin; NFYA, Nuclear Factor‐Y Subunit A). We elucidated their regulatory roles in soybean nodulation through analyzing expression patterns, micro–messenger RNA (miRNA–mRNA) interactions, phenotypes of transgenic soybean plants and genetic interactions.We found that miR169c expression was induced by high N, whereas its target GmNFYA‐C was preferentially expressed in nodules and induced by rhizobium inoculation. Overexpression of miR169c inhibited nodulation through targeting 3′‐UTR of GmNFYA‐C, whereas knockout miR169c through CRISPR‐cas9 promoted nodulation. However, overexpression of GmNFYA‐C promoted soybean nodulation through facilitating rhizobium infection and increasing the expression of symbiotic signaling gene GmENOD40. Besides, GmNFYA‐C directly induced the expression of GmENOD40. In addition, overexpression of GmNFYA‐C without the target site of miR169c partially attenuated the inhibitory effect of high N on soybean nodulation.We discovered a new regulatory pathway involving the miR169c‐NFYA‐C‐ENOD40 module that regulates soybean nodulation in response to N availability. This pathway provides substantial new insights into the mechanisms underlying the N inhibitory effect on nodulation. [ABSTRACT FROM AUTHOR]

Published
2021
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