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Non-enzymatic electrochemical determination of bilirubin via sulfur-doped graphene and bimetallic nickel cobaltite conductive ink prepared paper-based screen-printed electrode
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E. Dokur Et Al. , "Non-enzymatic electrochemical determination of bilirubin via sulfur-doped graphene and bimetallic nickel cobaltite conductive ink prepared paper-based screen-printed electrode," Diamond and Related Materials , vol.159, 2025

Dokur, E. Et Al. 2025. Non-enzymatic electrochemical determination of bilirubin via sulfur-doped graphene and bimetallic nickel cobaltite conductive ink prepared paper-based screen-printed electrode. Diamond and Related Materials , vol.159 .

Dokur, E., GÖRDÜK, Ö., & ŞAHİN, Y., (2025). Non-enzymatic electrochemical determination of bilirubin via sulfur-doped graphene and bimetallic nickel cobaltite conductive ink prepared paper-based screen-printed electrode. Diamond and Related Materials , vol.159.

Dokur, Ebrar, Özge GÖRDÜK, And Yücel ŞAHİN. "Non-enzymatic electrochemical determination of bilirubin via sulfur-doped graphene and bimetallic nickel cobaltite conductive ink prepared paper-based screen-printed electrode," Diamond and Related Materials , vol.159, 2025

Dokur, Ebrar Et Al. "Non-enzymatic electrochemical determination of bilirubin via sulfur-doped graphene and bimetallic nickel cobaltite conductive ink prepared paper-based screen-printed electrode." Diamond and Related Materials , vol.159, 2025

Dokur, E. GÖRDÜK, Ö. And ŞAHİN, Y. (2025) . "Non-enzymatic electrochemical determination of bilirubin via sulfur-doped graphene and bimetallic nickel cobaltite conductive ink prepared paper-based screen-printed electrode." Diamond and Related Materials , vol.159.

@article{article, author={Ebrar Dokur Et Al. }, title={Non-enzymatic electrochemical determination of bilirubin via sulfur-doped graphene and bimetallic nickel cobaltite conductive ink prepared paper-based screen-printed electrode}, journal={Diamond and Related Materials}, year=2025}