Kaplan, M. And UZUN, L. 2023. Immunoaffinity silica nanoparticles as efficient nanoprobes for selectively capturing transferrin molecules. Materials Chemistry and Physics , vol.296 .

Kaplan, M., & UZUN, L., (2023). Immunoaffinity silica nanoparticles as efficient nanoprobes for selectively capturing transferrin molecules. Materials Chemistry and Physics , vol.296.

Kaplan, Mesut, And LOKMAN UZUN. "Immunoaffinity silica nanoparticles as efficient nanoprobes for selectively capturing transferrin molecules," Materials Chemistry and Physics , vol.296, 2023

Kaplan, Mesut And UZUN, LOKMAN. "Immunoaffinity silica nanoparticles as efficient nanoprobes for selectively capturing transferrin molecules." Materials Chemistry and Physics , vol.296, 2023

Kaplan, M. And UZUN, L. (2023) . "Immunoaffinity silica nanoparticles as efficient nanoprobes for selectively capturing transferrin molecules." Materials Chemistry and Physics , vol.296.

@article{article, author={Mesut Kaplan And author={LOKMAN UZUN}, title={Immunoaffinity silica nanoparticles as efficient nanoprobes for selectively capturing transferrin molecules}, journal={Materials Chemistry and Physics}, year=2023}