Ç. Otur Et Al. , "Whole genome analysis of Flavobacterium aziz-sancarii sp. nov., isolated from Ardley Island (Antarctica), revealed a rich resistome and bioremediation potential," Chemosphere , vol.313, 2023
Otur, Ç. Et Al. 2023. Whole genome analysis of Flavobacterium aziz-sancarii sp. nov., isolated from Ardley Island (Antarctica), revealed a rich resistome and bioremediation potential. Chemosphere , vol.313 .
Otur, Ç., OKAY, S., & Kurt-Kızıldoğan, A., (2023). Whole genome analysis of Flavobacterium aziz-sancarii sp. nov., isolated from Ardley Island (Antarctica), revealed a rich resistome and bioremediation potential. Chemosphere , vol.313.
Otur, Çiğdem, SEZER OKAY, And Aslıhan Kurt-Kızıldoğan. "Whole genome analysis of Flavobacterium aziz-sancarii sp. nov., isolated from Ardley Island (Antarctica), revealed a rich resistome and bioremediation potential," Chemosphere , vol.313, 2023
Otur, Çiğdem Et Al. "Whole genome analysis of Flavobacterium aziz-sancarii sp. nov., isolated from Ardley Island (Antarctica), revealed a rich resistome and bioremediation potential." Chemosphere , vol.313, 2023
Otur, Ç. OKAY, S. And Kurt-Kızıldoğan, A. (2023) . "Whole genome analysis of Flavobacterium aziz-sancarii sp. nov., isolated from Ardley Island (Antarctica), revealed a rich resistome and bioremediation potential." Chemosphere , vol.313.
@article{article, author={Çiğdem Otur Et Al. }, title={Whole genome analysis of Flavobacterium aziz-sancarii sp. nov., isolated from Ardley Island (Antarctica), revealed a rich resistome and bioremediation potential}, journal={Chemosphere}, year=2023}