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Population structure, genetic diversity, and GWAS analyses with GBS-derived SNPs and silicodart markers unveil genetic potential for breeding and candidate genes for agronomic and root quality traits in an international sugar beet germplasm collection
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N. M. Bahjat Et Al. , "Population structure, genetic diversity, and GWAS analyses with GBS-derived SNPs and silicodart markers unveil genetic potential for breeding and candidate genes for agronomic and root quality traits in an international sugar beet germplasm collection," BMC PLANT BIOLOGY , vol.25, no.523, pp.1-30, 2025

Bahjat, N. M. Et Al. 2025. Population structure, genetic diversity, and GWAS analyses with GBS-derived SNPs and silicodart markers unveil genetic potential for breeding and candidate genes for agronomic and root quality traits in an international sugar beet germplasm collection. BMC PLANT BIOLOGY , vol.25, no.523 , 1-30.

Bahjat, N. M., Yıldız, M., Nadeem, M. A., Morales, A., Wohlfeiler, J., Baloch, F. S., ... Tunçtürk, M.(2025). Population structure, genetic diversity, and GWAS analyses with GBS-derived SNPs and silicodart markers unveil genetic potential for breeding and candidate genes for agronomic and root quality traits in an international sugar beet germplasm collection. BMC PLANT BIOLOGY , vol.25, no.523, 1-30.

Bahjat, Noor Et Al. "Population structure, genetic diversity, and GWAS analyses with GBS-derived SNPs and silicodart markers unveil genetic potential for breeding and candidate genes for agronomic and root quality traits in an international sugar beet germplasm collection," BMC PLANT BIOLOGY , vol.25, no.523, 1-30, 2025

Bahjat, Noor M. Et Al. "Population structure, genetic diversity, and GWAS analyses with GBS-derived SNPs and silicodart markers unveil genetic potential for breeding and candidate genes for agronomic and root quality traits in an international sugar beet germplasm collection." BMC PLANT BIOLOGY , vol.25, no.523, pp.1-30, 2025

Bahjat, N. M. Et Al. (2025) . "Population structure, genetic diversity, and GWAS analyses with GBS-derived SNPs and silicodart markers unveil genetic potential for breeding and candidate genes for agronomic and root quality traits in an international sugar beet germplasm collection." BMC PLANT BIOLOGY , vol.25, no.523, pp.1-30.

@article{article, author={Noor Maiwan Bahjat Et Al. }, title={Population structure, genetic diversity, and GWAS analyses with GBS-derived SNPs and silicodart markers unveil genetic potential for breeding and candidate genes for agronomic and root quality traits in an international sugar beet germplasm collection}, journal={BMC PLANT BIOLOGY}, year=2025, pages={1-30} }