An Atlas of Conserved Transcription Factor Binding Sites Reveals the Cell Type-Resolved Gene Regulatory Landscape of Flowering Plants

Oct 8, 2024·
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
· 0 min read
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