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Uncovering the Central Role of GhSPL13 in Vegetative Growth, Root Architecture, and Stress Responses in Cotton

delete2026-06-19
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PRE
AI
S
Sahar Sadaqat
M
Muhammad Awais
M
Muhammad Saad bin Tahir
R
Ramsha Ajmal
A
Aneela Yasmeen
S
Saira Azam
N
Naila Shahid
A
Ayesha Latif *
A
Allah Bakhsh
R
Ruhangiz Mammadova
A
Abdul Qayyum Rao *
DOI：10.1016/j.plantsci.2026.113291delete
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Abstract

Abstract

En 中文
• Disruption of GhSPL13 reshapes plant architecture and secondary metabolite production, demonstrating its multifaceted role in cotton development. • Physiological and metabolomic investigations reveal GhSPL13 as a crucial regulator of growth-stress coordination and adaptive plasticity in drought stress. • These findings outline a foundational framework for utilizing SPL-mediated networks in the targeted genetic improvement of cotton.

Journal

Plant Science cover
Plant Science
IF:
4.1
Papers:
7.7K
Citations:
2.3W

Organization

U
university of the punjab
Scholars:
329
Papers: 169
Citations: 0
M
Ministry of Science and Education
Scholars:
17
Papers: 14
Citations: 1
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