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Figure 1

From: Root transcriptome reveals efficient cell signaling and energy conservation key to aluminum toxicity tolerance in acidic soil adapted rice genotype

Figure 1

Morphological variation for 10 days old three rice genotypes grown in modified Magnavaca nutrient in presence or absence of Al3+ Variation in the root growth pattern (A), aluminium content in root (b) and shoot (C), 2% haematoxylin staining (D–F) of 10 days old rice genotypes grown under control (0 Al3+) and treatment (0.54 mM of Al³+) for five days (G) root and shoot biomass of treated plants expressed as respective percentage of plants grown under control condition. The encircled portions (D–F) represent the root portion where Al3+ gets accumulated Values are means (n = 3), and bars indicate ± standard errors. The significant values are indicated by *Names of the genotypes are given on the X-axis.

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