Extended Data Fig. 8: Root phenotypes and the ratio of root to shoot biomass of NIL-RNR10HJX74-DNR1HJX74, NIL-RNR10IRAT261, NIL-DNR1IRAP9, and NIL-RNR10IRAT261-DNR1IRAP9. | Nature Plants

Extended Data Fig. 8: Root phenotypes and the ratio of root to shoot biomass of NIL-RNR10HJX74-DNR1HJX74, NIL-RNR10IRAT261, NIL-DNR1IRAP9, and NIL-RNR10IRAT261-DNR1IRAP9.

From: Improving rice nitrogen-use efficiency by modulating a novel monouniquitination machinery for optimal root plasticity response to nitrogen

Extended Data Fig. 8: Root phenotypes and the ratio of root to shoot biomass of NIL-RNR10HJX74-DNR1HJX74, NIL-RNR10IRAT261, NIL-DNR1IRAP9, and NIL-RNR10IRAT261-DNR1IRAP9.The alternative text for this image may have been generated using AI.

a, Root systems of NIL-RNR10HJX74-DNR1HJX74, NIL-RNR10IRAT261, NIL-DNR1IRAP9, and NIL-RNR10IRAT261-DNR1IRAP9 plants. Scale bar, 10 cm. b, The ratio [(LN-HN)/HN] of total length of visible roots. c, The absolute value of total length of visible roots. d, The ratio [(LN-HN)/HN] of total area of visible roots. e, The absolute value of total area of visible roots. f, 15NO3− uptake rates. g, The ratio [(LN-HN)/HN] of root to shoot biomass ratio. h, The absolute value of ratio of root to shoot biomass. b-h, Different letters denote significant differences (P < 0.05) from a Duncan’s multiple range test. Exact P values are listed in Supplemental Information Table 11. Data are mean ± s.e.m. (n = 3 biologically independent samples).

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