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Genome-wide identification of PDX and expression analysis under waterlogging stress exhibit stronger waterlogging tolerance in transgenic Brassica napus plants overexpressing the BnaPDX1.3 gene compared to wild-type plants
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Genome-wide identification of PDX and expression analysis under waterlogging stress exhibit stronger waterlogging tolerance in transgenic Brassica napus plants overexpressing the BnaPDX1.3 gene compared to wild-type plants
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Genome-wide identification of PDX and expression analysis under waterlogging stress exhibit stronger waterlogging tolerance in transgenic Brassica napus plants overexpressing the BnaPDX1.3 gene compared to wild-type plants
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Journal Article
Genome-wide identification of PDX and expression analysis under waterlogging stress exhibit stronger waterlogging tolerance in transgenic Brassica napus plants overexpressing the BnaPDX1.3 gene compared to wild-type plants
2025
Overview
The
gene is a key gene in the vitamin B6 synthesis pathway, playing a crucial role in plant growth, development, and stress tolerance. To explore the family characteristics of the
gene in
(
) and its regulatory function under waterlogging stress, this study used five
genes from Arabidopsis thaliana as the basis for sequence analysis. Thirteen, eight, and six
genes were identified in
,
(
), and
(
), respectively. Bioinformatics study reveals high conservation of
subfamily genes during evolution, and
genes in
respond to waterlogging stress.In order to further investigate the effect of the
gene on waterlogging tolerance in
, expression analysis was conducted on
gene overexpressing
plants and wild-type plants. The study showed that overexpressing plants could synthesize more VB6 under waterlogging stress, exhibit stronger antioxidant enzyme activity, and have a more effective and stable ROS scavenging system, thus exhibiting a healthier phenotype. These findings suggested that the
gene can enhance the waterlogging tolerance of
, which is of great significance for its response to waterlogging stress. Our study provides a basic reference for further research on the regulation mechanism of the
gene and waterlogging tolerance in
.
