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. 2013 Feb 28;9(2):e1002900. doi: 10.1371/journal.pcbi.1002900

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© 2013 Magnus

This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are properly credited.

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(A) Antibody starting concentration. The starting concentration of spikes is constant for all graphs, . The stoichiometry of entry is and the stoichiometry of trimer neutralisation . The binding constants are all and the dissociation constants are all . (B) Stoichiometry of entry. The parameters are the same as for (A) but the antibody starting concentration is . (C) and (D) Influence of the ratio between binding and dissociation constant in case all binding constants have the same value and all dissociation constants have the same value . In (C) the ratio between the binding and dissociation rates is kept constant at whereas in (D) the binding constant is kept constant at .

Inline graphic — (A) Antibody starting concentration. The starting concentration of spikes is constant for all graphs, . The stoichiometry of entry is and the stoichiometry of trimer neutralisation . The binding constants are all and the dissociation constants are all . (B) Stoichiometry of entry. The parameters are the same as for (A) but the antibody starting concentration is . (C) and (D) Influence of the ratio between binding and dissociation constant in case all binding constants have the same value and all dissociation constants have the same value . In (C) the ratio between the binding and dissociation rates is kept constant at whereas in (D) the binding constant is kept constant at .