An Atlas of Conserved Transcription Factor Binding Sites Reveals the Cell Type-Resolved Gene Regulatory Landscape of Flowering Plants
Oct 8, 2024·,,,,,,,,,,,,,,,·
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L. A. Baumgart
A. Morales-Cruz
S. I. Greenblum
P. Wang
Y. Zhang
L. Yang
C. Chen
D. J. Dilworth
A. Garretson
N. Grosjean
G. He
E. Savage
Y. Yoshinaga
I. K. Blaby
C. G. Daum
R. C. O’Malley

Abstract
Understanding the gene regulatory mechanisms that govern plant development requires precise, cell-type-resolved insights into transcription factor binding. In this study, we present a comprehensive atlas of conserved transcription factor binding sites across diverse flowering plant species. Using single-cell and spatial transcriptomics, we mapped the gene regulatory networks at an unprecedented resolution, revealing key transcriptional programs that define cell identities. Our findings provide a foundational resource for investigating conserved and species-specific gene regulation, with implications for plant development, stress response, and crop engineering.
Type
Publication
bioRxiv Preprint