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The advantages of crosstalk during the evolution of the BZR1–ARF6–PIF4 (BAP) module∞

Journal of Integrative Plant Biology 2023年第12期65卷 2631-2644页

作者： runjie diao Mengru Zhao Yannan Liu Zhenhua Zhang Bojian Zhong College of Life Sciences Nanjing Normal UniversityNanjing 210023China

The BAP module,comprising BRASSINAZOLE RESISTANT 1(BZR1),AUXIN RESPONSE FACTOR 6(ARF6),and PHYTOCHROME‐INTERACTING FACTOR 4(PIF4),functions as a molecular hub to orchestrate plant growth and *** Arabidopsis thaliana,components of the BAP module physically interact to form a complex system that integrates light,brassinosteroid(BR),and auxin *** is known about the origin and evolution of the BAP ***,we conducted comparative genomic and transcriptomic analyses to investigate the evolution and functional diversification of the BAP *** results suggest that the BAP module originated in land plants and that theζ,ε,andγwhole‐genome duplication/triplication events contributed to the expansion of BAP module components in seed *** transcriptomic analysis suggested that the prototype BAP module arose in Marchantia polymorpha,experienced stepwise evolution,and became established as a mature regulatory system in seed *** developed a formula to calculate the signal transduction productivity of the BAP module and demonstrate that more crosstalk among components enables higher signal transduction *** results reveal the evolutionary history of the BAP module and provide insights into the evolution of plant signaling networks and the strategies employed by plants to integrate environmental and endogenous signals.

关键词： BAP module crosstalk origin and evolution signaling networks

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Origin and evolution of green plants in the light of key evolutionary events

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Journal of Integrative Plant Biology 2022年第2期64卷 516-535页

作者： Zhenhua Zhang Xiaoya Ma Yannan Liu Lingxiao Yang Xuan Shi Hao Wang runjie diao Bojian Zhong College of Life Sciences Nanjing Normal UniversityNanjing210023 China

Green plants(Viridiplantae)are ancient photosynthetic organisms that thrive both in aquatic and terrestrial ecosystems,greatly contributing to the changes in global climates and *** progress has been made toward understanding the origin and evolution of green plants,and plant biologists have arrived at the consensus that green plants first originated in marine deep-water environments and later colonized fresh water and dry *** origin of green plants,colonization of land by plants and rapid radiation of angiosperms are three key evolutionary events during the long history of green ***,the comprehensive understanding of evolutionary features and molecular innovations that enabled green plants to adapt to complex and changeable environments are still ***,we review current knowledge of phylogenetic relationships and divergence times of green plants,and discuss key morphological innovations and distinct drivers in the evolution of green ***,we highlight fundamental questions to advance our understanding of the phenotypic novelty,environmental adaptation,and domestication of green plants.

关键词： adaptation divergence times green plants key innovations phylogenetics terrestrialization

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