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Abstract Soybean (Glycine max) is an essential source of protein and oil with high nutritional value for human and animal consumption. To enhance our understanding of soybean biology, it is essential to have accurate information regarding the expression of each of its protein-coding genes. Here, we present Tabula Glycine max, a soybean single-cell resolution transcriptome atlas. This atlas comprises single-nucleus RNA-sequencing data from ten different G.
Abstract Understanding plant survival mechanisms in degraded, drought-affected, and nutrient-limited soils can help mitigate the effects of climate change on crop production. Roots extend deep into soil through straight, tubular root hairs that facilitate resource uptake. In this study, we found a unicellular structure, termed the “hooked hair,” characterized by a pointed hook morphology that supports seedling establishment before root hair emergence.
Many plant mutants have been characterized based on developmental and physiological defects. The biology of single-cell-types or single-cell systems applied to mutant plant cells should reveal molecular networks controlling cell-specific physiological and developmental processes in plants. The comparative analysis of plants at the level of the single-cell will enhance interspecies comparisons by avoiding complications due to variation in tissue or organ anatomy.
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