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Liquid Y2H-Seq, a rapid and data-rich alternative to conventional yeast two-hybrid screening
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  • Yanping Qi,
  • Chunlei Zhang,
  • Shan Yuan,
  • Xin Xu,
  • Shi Sun,
  • Lixin Zhang,
  • Luping Liu,
  • Tingting Wu,
  • Tianfu Han,
  • Cunxiang Wu,
  • Bingjun Jiang
Yanping Qi
Chinese Academy of Agricultural Sciences
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Chunlei Zhang
Chinese Academy of Agricultural Sciences
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Shan Yuan
Chinese Academy of Agricultural Sciences
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Xin Xu
Chinese Academy of Agricultural Sciences
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Shi Sun
Chinese Academy of Agricultural Sciences
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Lixin Zhang
Chinese Academy of Agricultural Sciences
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Luping Liu
Chinese Academy of Agricultural Sciences
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Tingting Wu
Chinese Academy of Agricultural Sciences
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Tianfu Han
Chinese Academy of Agricultural Sciences
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Cunxiang Wu
Chinese Academy of Agricultural Sciences
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Bingjun Jiang
Chinese Academy of Agricultural Sciences

Corresponding Author:jiangbingjun@caas.cn

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Abstract

Highly laborious plating of cultures onto solid media is inevitable in conventional yeast two-hybrid systems. We have successfully developed Liquid Y2H-Seq, a method which replaces solid media with liquid media for culturing and that displaces visual inspection of colonies with sequencing. Soybean (Glycine max) is a typical photoperiod-sensitive crop, meaning that specific duration light regime has a huge impact on soybean flowering and production. We obtained a lot of putatively interactions for soybean flowering genes. Finally, these reports introduce a labor-reducing and time-saving method for identifying protein-protein interactions, based on simple modifications to a ubiquitous protocol in life science research.
05 Dec 2024Submitted to PROTEOMICS
05 Dec 2024Submission Checks Completed
05 Dec 2024Assigned to Editor
05 Dec 2024Review(s) Completed, Editorial Evaluation Pending
05 Dec 2024Reviewer(s) Assigned