Dalkiran, B. 2020. Amperometric determination of heavy metal using an HRP inhibition biosensor based on ITO nanoparticles-ruthenium (III) hexamine trichloride composite: Central composite design optimization. Bioelectrochemistry , vol.135 .

Dalkiran, B., (2020). Amperometric determination of heavy metal using an HRP inhibition biosensor based on ITO nanoparticles-ruthenium (III) hexamine trichloride composite: Central composite design optimization. Bioelectrochemistry , vol.135.

Dalkiran, BERNA. "Amperometric determination of heavy metal using an HRP inhibition biosensor based on ITO nanoparticles-ruthenium (III) hexamine trichloride composite: Central composite design optimization," Bioelectrochemistry , vol.135, 2020

Dalkiran, BERNA. "Amperometric determination of heavy metal using an HRP inhibition biosensor based on ITO nanoparticles-ruthenium (III) hexamine trichloride composite: Central composite design optimization." Bioelectrochemistry , vol.135, 2020

Dalkiran, B. (2020) . "Amperometric determination of heavy metal using an HRP inhibition biosensor based on ITO nanoparticles-ruthenium (III) hexamine trichloride composite: Central composite design optimization." Bioelectrochemistry , vol.135.

@article{article, author={BERNA DALKIRAN}, title={Amperometric determination of heavy metal using an HRP inhibition biosensor based on ITO nanoparticles-ruthenium (III) hexamine trichloride composite: Central composite design optimization}, journal={Bioelectrochemistry}, year=2020}