Firdous, H. Et Al. 2024. Development of genetically modified rust resistant wheat: A breakthrough by dinted introgression of novel DREB2C and HSFA2 genes under stress induced expression. Plant Stress , vol.14 .

Firdous, H., Ali, A., Saleem, S., Razzaq, A., Mustafa, G., ERCİŞLİ, S., ... Elhindi, K. M.(2024). Development of genetically modified rust resistant wheat: A breakthrough by dinted introgression of novel DREB2C and HSFA2 genes under stress induced expression. Plant Stress , vol.14.

Firdous, Hina Et Al. "Development of genetically modified rust resistant wheat: A breakthrough by dinted introgression of novel DREB2C and HSFA2 genes under stress induced expression," Plant Stress , vol.14, 2024

Firdous, Hina Et Al. "Development of genetically modified rust resistant wheat: A breakthrough by dinted introgression of novel DREB2C and HSFA2 genes under stress induced expression." Plant Stress , vol.14, 2024

Firdous, H. Et Al. (2024) . "Development of genetically modified rust resistant wheat: A breakthrough by dinted introgression of novel DREB2C and HSFA2 genes under stress induced expression." Plant Stress , vol.14.

@article{article, author={Hina Firdous Et Al. }, title={Development of genetically modified rust resistant wheat: A breakthrough by dinted introgression of novel DREB2C and HSFA2 genes under stress induced expression}, journal={Plant Stress}, year=2024}