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. Author manuscript; available in PMC: 2012 Jan 1.
Published in final edited form as: Nanomedicine (Lond). 2011 Jan;6(1):25–42. doi: 10.2217/nnm.10.129

Table 4.

Loading of catalase nanozymes into BMMa in serum-free media

Z ratio Polymer
PEI50 PEI50-PEG PL10-PEG PL30-PEG PL50-PEG EPL PGLU50-PEG
0.5 123 ± 2 (**) 100 ± 5 (ns) 99 ± 4 (ns) 87 ± 2 (*) 81 ± 2 (*) 115.5 ± 2 (**) 100.1 ± 2 (ns)
1 120 ± 2 (*) 85 ± 3 (*) 58± 4 (*) 79 ± 1 (*) 34 ± 4 (**) 112.2 ± 1 (*) 100.2 ± 3 (ns)
2 110 ± 2 (ns) 73 ± 2 (*) 51 ± 2 (**) 72 ± 2 (*) 20 ± 4 (**) 117.5 ± 2 (**) 87.1 ± 3 (*)
5 113 ± 1 (*) 73 ± 3 (*) 42 ± 2 (**) 45 ± 2 (**) 21± 3 (**) 116.0 ± 1 (**) 78.6 ± 1 (*)
10 110 ± 2 (ns) 75 ± 1 (*) n/db n/db n/db 100.9 ± 2 (ns) 79 ± 1 (*)
20 66 ± 1 (**) 68 ± 2 (*) n/db n/db n/db 111.4 ± 3 (*) 73 ± 2 (*)
a

Loading is expressed as a % of nanozyme vs. catalase alone accumulation levels

b

Nanozymes with high Z ratios were not examined due to their toxicity to BMM

Statistical significance is shown by symbols: p<0.005 (¶), p<0.05 (§), and non-significant (#) compared with accumulation levels of catalase alone at the same time point.