This invention belongs to the field of
plant genetic engineering technology, specifically relating to
stripe rust fungus effector protein genes. Ps13167 The invention relates to the application of its encoded proteins in regulating
plant resistance to
stripe rust. This invention utilizes an
Agrobacterium-mediated wheat genetic transformation
system to transfer
stripe rust effector protein genes... Ps13167 The silent and full-length fragments of the
gene were transformed into wheat embryos, resulting in
gene-silenced plants and overexpressing plants, respectively. Phenotypic identification revealed that the silent plants exhibited significant resistance to wheat stripe
rust, while the overexpressing plants showed weakened resistance to stripe
rust. Furthermore, this invention demonstrates the effectiveness of the stripe
rust effector protein gene... Ps13167 Its important role in wheat infection by stripe rust and the ability to utilize stripe rust effector protein genes Ps13167 Improve the
disease resistance of wheat, so as to
breed genetic material resistant to rust.