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. 2016 Aug 9;74(7):ftw079. doi: 10.1093/femspd/ftw079

Figure 2.

Figure 2.

Plasma IgG response to LVS inoculation. Rabbits were inoculated with LVS by scarification (A), orally (B) or inhalation of a small-particle aerosol (C). Rabbits were bled on days 7, 14, 21 and 28 post-vaccination, and antibody titers were assessed by ELISA using heat-killed SCHU S4 as the antigen. Antibody titer is shown as the median effective concentration determined by four-parameter logistical regression analysis. Graphs show individual rabbits (open symbols) with the mean and standard deviation for each group/time point (bars). Linear regression analysis is shown for day 21 (D) and day 28 (E) post-vaccination plasma IgG titers and the maximum body temperature recorded post-vaccination across all rabbits including mock-vaccinated controls. Graphs show individual rabbits (symbols) and the linear trend (black line). Plasma IgG response to LVS inoculation. Rabbits were inoculated with LVS by scarification (A), orally (B) or inhalation of a small-particle aerosol (C). Rabbits were bled on days 7, 14, 21 and 28 post-vaccination and antibody titers were assessed by ELISA using heat-killed SCHU S4 as the antigen. Antibody titer is shown as the median effective concentration determined by four-parameter logistical regression analysis. Graphs show individual rabbits (open symbols) with the mean and standard deviation for each group/time point (bars). Linear regression analysis is shown for day 21 (D) and day 28 (E) post-vaccination plasma IgG titers and the maximum body temperature recorded post-vaccination across all rabbits including mock-vaccinated controls. Graphs show individual rabbits (symbols) and the linear trend (black line).