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Molecular study uncovers gibberellin-mediated mesocotyl elongation in sweet maize under deep-sowing stress, suggesting new strategies for breeding stress-tolerant germplasms.
. These results lay a foundation for improving the ability of sweet maize to tolerate deep-sowing stress and improving the breeding of excellent deep-sowing-tolerant germplasms.
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Leng et al. (2022) studied this question.
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