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. 2006 Mar 29;103(15):5769–5774. doi: 10.1073/pnas.0509688103

Fig. 4.

Fig. 4.

The electrostatic potential necessary on the electrode as a function of time for the following. (A) Constant release rate, i.e., linear decrease of the adsorbed proteins as a function of time. The calculations correspond to τ(t) = 5 × 106 s × ρpro,ads(t). (B) Exponential decay of the amount of proteins adsorbed, i.e., τ(t) = constant = 104 s. All other conditions for both graphs are as in Fig. 2.