Table 1.

Mouse mAbs directed against FH used in this study

DesignationIsotypeEpitope location (CCP domain)*Cross-reactivityFunctional effect
Anti-FH.02 Mouse IgG1, κ 20 FHR-1 Strong inhibition 
Anti-FH.03 Mouse IgG1, κ Unknown FHL-1 Weak inhibition 
Anti-FH.07 Mouse IgG1, κ 18 FHR-1 Potentiation 
Anti-FH.09 Mouse IgG1, κ FHL-1, FHR-3, FHR-4A Strong inhibition 
Anti-FH.10 Mouse IgG1, κ 20 FHR-1 Strong inhibition 
Anti-FH.11 Mouse IgG2a, κ 1-4 FHL-1 Strong inhibition 
Anti-FH.15 Mouse IgG1, κ FHL-1 Strong inhibition 
Anti-FH.16 Mouse IgG1, κ 16-17 None Weak inhibition 
Anti-FH.19 Mouse IgG1, κ 20 FHR-1 Strong inhibition 
DesignationIsotypeEpitope location (CCP domain)*Cross-reactivityFunctional effect
Anti-FH.02 Mouse IgG1, κ 20 FHR-1 Strong inhibition 
Anti-FH.03 Mouse IgG1, κ Unknown FHL-1 Weak inhibition 
Anti-FH.07 Mouse IgG1, κ 18 FHR-1 Potentiation 
Anti-FH.09 Mouse IgG1, κ FHL-1, FHR-3, FHR-4A Strong inhibition 
Anti-FH.10 Mouse IgG1, κ 20 FHR-1 Strong inhibition 
Anti-FH.11 Mouse IgG2a, κ 1-4 FHL-1 Strong inhibition 
Anti-FH.15 Mouse IgG1, κ FHL-1 Strong inhibition 
Anti-FH.16 Mouse IgG1, κ 16-17 None Weak inhibition 
Anti-FH.19 Mouse IgG1, κ 20 FHR-1 Strong inhibition 
*

Epitope location of each mAb was mapped by determining reactivity to FH fragments (supplemental Figure 2).

Effect of mAbs on FH function was assessed with standard AP activation assays (see Figure 1A-B; supplemental Figure 1).

Anti-FH.11 inhibits the cofactor activity of FH.

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