. Author manuscript; available in PMC: 2016 Oct 28.

Published in final edited form as: Nanoscale. 2015 Oct 28;7(40):16890–16898. doi: 10.1039/c5nr02831k

Table 1.

Characterization data of PMAO coated iron oxide nanoparticles (PMAO-IONPs) and lactoferrin conjugated iron oxide nanoparticles (Lf-IONPs).

Sample name	Core diameter	Magnetization Ms	Hydrodynamic diameter	Zeta potential
14nm-PMAO-IONPs	14 nm, σ=0.15	311 kA/m	49 nm	−43 mV
14 nm-Lf-IONPs	14 nm, σ=0.15	306 kA/m	74 nm	−7 mV
16nm-PMAO-IONPs	16 nm, σ=0.10	306 kA/m	48 nm	−43 mV
16nm-Lf-IONPs	16 nm, σ=0.10	306 kA/m	70 nm	−8 mV
20nm-PMAO-IONPs	20 nm, σ=0.14	337 kA/m	52 nm	−41 mV
20nm-Lf-IONPs	20 nm, σ=0.14	326 kA/m	75 nm	−6 mV
24nm-PMAO-IONPs	24 nm, σ=0.10	342 kA/m	50 nm	−41 mV
24nm-Lf-IONPs	24 nm, σ=0.10	322 kA/m	72 nm	−11 mV
26nm-PMAO-IONPs	26 nm, σ=0.16	322 kA/m	46 nm	−35 mV
26nm-Lf-IONPs	26 nm, σ=0.16	342 kA/m	71 nm	−4 mV