Xuanyi Chen
@xuanyichen.bsky.social
PhD student (excepted to Dec 2025), Plant Science, Molecular & Cell Biology, Bioinformatic
👉personalpage: https://xxxxxuan.github.io/
👉personalpage: https://xxxxxuan.github.io/
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August 3, 2025 at 1:56 PM
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Genetic analyses further confirmed that SULTR1;2 acts downstream of BZR1 in the BR-mediated sulfur deficiency response.
Thanks to all co-authors for their contributions and support. And special thanks to my supervisor, Prof. Cun Wang, for his guidance and encouragement! 🙏(3/3)
Thanks to all co-authors for their contributions and support. And special thanks to my supervisor, Prof. Cun Wang, for his guidance and encouragement! 🙏(3/3)
August 3, 2025 at 1:56 PM
Genetic analyses further confirmed that SULTR1;2 acts downstream of BZR1 in the BR-mediated sulfur deficiency response.
Thanks to all co-authors for their contributions and support. And special thanks to my supervisor, Prof. Cun Wang, for his guidance and encouragement! 🙏(3/3)
Thanks to all co-authors for their contributions and support. And special thanks to my supervisor, Prof. Cun Wang, for his guidance and encouragement! 🙏(3/3)
We found that BR signaling enhances SULTR1;2 expression via BZR1, a core BR transcription factor. Using AlphaFold3 prediction, LUC assays, EMSA, ChIP, and published ChIP-seq data, we demonstrated the binding of BZR1 to the SULTR1;2 promoter in vitro and in vivo (2/3).
August 3, 2025 at 1:56 PM
We found that BR signaling enhances SULTR1;2 expression via BZR1, a core BR transcription factor. Using AlphaFold3 prediction, LUC assays, EMSA, ChIP, and published ChIP-seq data, we demonstrated the binding of BZR1 to the SULTR1;2 promoter in vitro and in vivo (2/3).