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Jiayin Feng on Muck Rack

Jiayin Feng

As seen in: Nature, MDPI, Taylor & Francis Online, Journal of Sensors, Dove Medical Press
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Articles

The precisely regulated keystone taxa facilitate microbial mineralization of soil organic phosphorus via niche partitioning

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By Wenhui Yan, Chengdong Huang, Dandan Li, Jiayin Feng, Gu Feng, Hang Ma, Jan Jansa, John N. Klironomos, Minghao Zhuang, Fusuo Zhang, Lin Zhang
| Nature Verified
Abstract Rhizosphere keystone taxa critically drive microbial community stability and soil biogeochemical cycles. However, the manipulation of such taxa remains a challenge. This study simulated plant-mediated modulation of keystone taxa via simplified synthetic root exudates to track their compositional shifts. The combination of luteolin, myristic acid, and glucose enhanced rhizosphere phosphatase activity, significantly enriched Domibacillus indicus D99, and converted it into a keystone taxon.
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Codon usage patterns and phylogenetic analysis of chloroplast genomes reveal evolutionary insights into Asphodelaceae species

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By Kun Zhang, Ken Li Verified, Jiaying Feng, Wanying Liu, Jiayin Feng, Weiqiang Fan, Xiaofei Shan
| Nature Verified
Abstract The phenomenon of codon usage bias (CUB) is prevalent across various genomes and offers critical insights into the molecular genetic evolution of organisms, as well as their adaptive strategies. Comparative analyses of CUB in chloroplast (cp.) genomes further deepen our understanding of the intricate phylogenetic relationships across taxonomic groups.
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Nitrogen deposition reduces grassland phyllosphere microbial diversity and network stability along a precipitation gradient - Communications Earth & Environment

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By Changchun Zhai, Yunfeng Yang, Lingjie Kong, Qing Zeng, Anhui Ge, Baomin Yao, Jiayin Feng, Jingyi Ru, Jian Song, Zhenxing Zhou, Fuxing Guo, Xueli Qiu, Limei Zhang, Shiqiang Wan
| Nature Verified
Abstract Phyllosphere microbiomes are crucial for maintaining plant growth and health, but their responses to global change remain largely unclear. Based on a precipitation gradient and N addition experiment in a semiarid grassland on the Mongolian Plateau, this study explored phyllosphere microbial diversity and stability. Across the two host plant species (Artemisia frigida, Leymus chinensis), decreased precipitation altered phyllosphere microbial community composition only.
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