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Tianli Ge

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Open access Sep 2026

Multi-omics integration identifies GmISO5 as a key regulator of seed isoflavone biosynthesis and implicates it in the response to soybean mosaic virus.

INTRODUCTION Isoflavones are specialized metabolites that accumulate abundantly in soybean seeds, contributing to nutritional quality, human health benefits, and plant defense. Although the core isoflavone biosynthetic pathway has been well characterized, its upstream regulatory network and potential relationship with...

Xin-Kang Feng, Da-Qian Sun, Hui Liu et al. · 0 citations
Aug 2026

GmNIGT2a/2b-mediated transcriptional cascade buffers high-nitrogen-triggered nodule senescence in soybean.

The results suggest that GmNIGT2a/2b-mediated transcriptional regulation prevents excessive nodule senescence in response to high N, highlighting the complexity of transcriptional reprogramming for environmental adaptation in nodules.

Tianli Ge, Xiaolei Yao, Yuan Li et al. · 0 citations
Open access Jul 2026

Natural variation in GmSW6 regulates seed weight and quality in soybean.

The findings elucidate a hierarchical genetic pathway governing soybean seed development and provide potent molecular targets for simultaneous improvement of seed weight and protein content in future 'designer' varieties.

Hao Zhang, Tianli Ge, Shiyu Guo et al. · 0 citations

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