Özkale, E. Et Al. 2023. Trichoderma atroviride suppresses Fusarium graminearum by altering primary and secondary metabolite biosynthesis profiling. Plant Pathology , vol.72, no.8 , 1428-1441.

Özkale, E., YÖRÜK, E., BUDAK, M., & KORKMAZ, E. M., (2023). Trichoderma atroviride suppresses Fusarium graminearum by altering primary and secondary metabolite biosynthesis profiling. Plant Pathology , vol.72, no.8, 1428-1441.

Özkale, Evrim Et Al. "Trichoderma atroviride suppresses Fusarium graminearum by altering primary and secondary metabolite biosynthesis profiling," Plant Pathology , vol.72, no.8, 1428-1441, 2023

Özkale, Evrim Et Al. "Trichoderma atroviride suppresses Fusarium graminearum by altering primary and secondary metabolite biosynthesis profiling." Plant Pathology , vol.72, no.8, pp.1428-1441, 2023

Özkale, E. Et Al. (2023) . "Trichoderma atroviride suppresses Fusarium graminearum by altering primary and secondary metabolite biosynthesis profiling." Plant Pathology , vol.72, no.8, pp.1428-1441.

@article{article, author={Evrim Özkale Et Al. }, title={Trichoderma atroviride suppresses Fusarium graminearum by altering primary and secondary metabolite biosynthesis profiling}, journal={Plant Pathology}, year=2023, pages={1428-1441} }