Transcriptome data of shade stress in soybean growth among the different three shade groups.

<p>(a) DEGs among three different <b>three shade treatments</b> (0, 30%, and 70%) applied on soybean variety Guru and Heinong 53. (b) Volcano plots depict upregulated and downregulated DEGs, differential gene expression analysis showing up-and down-regulated genes across all three...

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Autor principal:	Fengyi Zhang (805423) (author)
Otros Autores:	Runnan Zhou (11942385) (author), Rongqiang Yuan (10801002) (author), Xiao Zhu (257280) (author), Xinyue Zhang (271120) (author), Sobhi F. Lamlom (11485796) (author), Dai Shi (5396630) (author), Ahmed M. Abdelghany (12993822) (author), Jidao Du (6375080) (author), Honglei Ren (8382243) (author), Lijuan Qiu (651900) (author)
Publicado:	2025
Materias:	Cell Biology Genetics Biotechnology Ecology Immunology Developmental Biology Plant Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified revealing key mechanisms optimize light capture higher chlorophyll content enhance crop productivity dependent protein kinase 7 µmol co₂ 5 vs 15 4 vs 8 2 µmol co₂ resilient soybean cultivars div >< p g vs 1 soybean shade tolerance g vs 2 soybean cultivars 5 mg 1 mg 8 mg 8 cm 2 cm transpiration rate transcriptomic changes transcriptome analysis study examined shade stress shade avoidance related metrics plant height phytohormonal network photosynthetic responses photosynthetic characteristics offer strategies negatively correlated molecular responses induced growth heinong 53 g ). findings advance control conditions adaptive responses 0012501 ),
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Transcriptome data of shade stress in soybean growth among the different three shade groups.

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