<p>Binding constants are all , dissociation constants are all , the stoichiometry of entry is and the stoichiometry of trimer neutralisation is . Red curves have a spike number distribution with mean 10, where all virions in the case of the dashed line have exactly 10 spikes and in case of the dotted lines have an equal probability to have 2,3…, 18 spikes. The black curve underlies the HIV specific discretised Beta distribution with mean 14 and variance 49. The spike number distributions for the blue curves have mean 36, where the one for the dashed line has only virions expressing 36 spikes and the dotted line has 0–72 spikes.</p
<p>(A) Scheme depicting the combined experimental-mathematical approach employed here to estimate N....
<p>Neutralization sensitivity of HIV-1 subtype B and CRF02_AG viruses obtained from patient ITM60 (a...
<p>The imperfect transfection model and the segregation model are omitted due to the lack of reliabi...
<p><b>.</b> The concentration of spikes and antibodies is the same for all graphs, i.e. and and th...
Antibodies binding to the surface of virions can lead to virus neutralisation. Different theories ha...
<p>(A) All binding constants are and all dissociation constants are . The stoichiometry of entry is...
<p>Each panel shows the kinetic neutralisation curve (as predicted by <a href="http://www.ploscompbi...
<p>For plot (A) and (B) we assume that each virion has exactly 10 trimers. For plot (A) and (C) the ...
<p>The neutralization curves of anti-V3 mAb 2191 against nine selected HIV-1 pseudoviruses are shown...
<p>Neutralization sensitivity of HIV-1 subtype B and CRF02_AG viruses obtained sequentially from pat...
<p>Seven anti-V3 mAbs were tested against HIV-1 psVs in the TZM.bl experiment. The titration curves ...
<p>(A) Inoculation of cultures of 500,000 cells with WT HIV. Blue and red squares represent 1 and 10...
<p>(A) Scheme depicting the virus and nAb-specific parameters necessary to predict HIV-1 neutralizat...
<p>Seven anti-V3 mAbs (2191, 2219, 2557, 2558, 3074, 3869, and 447) were tested for neutralization a...
<p>The graphs show percent neutralization versus plasma (A) or BMS (B) dilution. Results using pseud...
<p>(A) Scheme depicting the combined experimental-mathematical approach employed here to estimate N....
<p>Neutralization sensitivity of HIV-1 subtype B and CRF02_AG viruses obtained from patient ITM60 (a...
<p>The imperfect transfection model and the segregation model are omitted due to the lack of reliabi...
<p><b>.</b> The concentration of spikes and antibodies is the same for all graphs, i.e. and and th...
Antibodies binding to the surface of virions can lead to virus neutralisation. Different theories ha...
<p>(A) All binding constants are and all dissociation constants are . The stoichiometry of entry is...
<p>Each panel shows the kinetic neutralisation curve (as predicted by <a href="http://www.ploscompbi...
<p>For plot (A) and (B) we assume that each virion has exactly 10 trimers. For plot (A) and (C) the ...
<p>The neutralization curves of anti-V3 mAb 2191 against nine selected HIV-1 pseudoviruses are shown...
<p>Neutralization sensitivity of HIV-1 subtype B and CRF02_AG viruses obtained sequentially from pat...
<p>Seven anti-V3 mAbs were tested against HIV-1 psVs in the TZM.bl experiment. The titration curves ...
<p>(A) Inoculation of cultures of 500,000 cells with WT HIV. Blue and red squares represent 1 and 10...
<p>(A) Scheme depicting the virus and nAb-specific parameters necessary to predict HIV-1 neutralizat...
<p>Seven anti-V3 mAbs (2191, 2219, 2557, 2558, 3074, 3869, and 447) were tested for neutralization a...
<p>The graphs show percent neutralization versus plasma (A) or BMS (B) dilution. Results using pseud...
<p>(A) Scheme depicting the combined experimental-mathematical approach employed here to estimate N....
<p>Neutralization sensitivity of HIV-1 subtype B and CRF02_AG viruses obtained from patient ITM60 (a...
<p>The imperfect transfection model and the segregation model are omitted due to the lack of reliabi...