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This is a Quantitative Study study.

The natural Msc-4 allele confers genic male sterility via conserved and divergent gene regulatory mechanisms in pepper

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Characterization of GMS mutant msc-4 reveals critical gene regulatory mechanisms in pepper, highlighting its potential for hybrid seed production.

Mutations in CYP703A2 lead to genic male sterility without affecting vegetative growth.
Functional analysis showed a critical nonsense mutation in the CYP703A2 gene resulting in failed pollen development.
Comparative transcriptome analysis highlighted impaired fatty acid metabolism in msc-4 mutants.
Conserved regulatory mechanisms in the AMS-MYB80-CYP703A2 pathway suggest broad applications for vegetable crops.

Du et al. (2025) studied this question.

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View Full Paper

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Authors

Characterization of GMS mutant msc-4 reveals critical gene regulatory mechanisms in pepper, highlighting its potential for hybrid seed production.

Mutations in CYP703A2 lead to genic male sterility without affecting vegetative growth.
Functional analysis showed a critical nonsense mutation in the CYP703A2 gene resulting in failed pollen development.
Comparative transcriptome analysis highlighted impaired fatty acid metabolism in msc-4 mutants.
Conserved regulatory mechanisms in the AMS-MYB80-CYP703A2 pathway suggest broad applications for vegetable crops.

Du et al. (2025) studied this question.

View Full Paper

Ask AI

Bookmark