Figure 6
Figure 6. Model of the relationship between capsid dose and outcome of gene transfer following systemic vector delivery. Low capsid doses are more likely to be neutralized by anti-AAV antibodies, even low-titer NAb. This results in lack of efficacy. Higher capsid doses overcome this limitation, leading to therapeutic efficacy. Capsid-specific T-cell activation is detected as the total capsid dose administered increases. This does not affect efficacy until a critical threshold is reached, above which immune-mediated clearance of transduced target cells results in loss of efficacy.

Model of the relationship between capsid dose and outcome of gene transfer following systemic vector delivery. Low capsid doses are more likely to be neutralized by anti-AAV antibodies, even low-titer NAb. This results in lack of efficacy. Higher capsid doses overcome this limitation, leading to therapeutic efficacy. Capsid-specific T-cell activation is detected as the total capsid dose administered increases. This does not affect efficacy until a critical threshold is reached, above which immune-mediated clearance of transduced target cells results in loss of efficacy.

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