Figures & data
Figure 1. Plasma Concentration vs. Time Curves for Subject 8. The y-axes for EE are not the same as the y-axes for NET. (a) EE OCD; (b) EE OC; (c) NET OCD; (d) NET OC.
![Figure 1. Plasma Concentration vs. Time Curves for Subject 8. The y-axes for EE are not the same as the y-axes for NET. (a) EE OCD; (b) EE OC; (c) NET OCD; (d) NET OC.](/cms/asset/769e4c83-c2df-4352-b5bd-cfc676ba93cc/ujse_a_11910719_f0001_c.gif)
Figure 2. Individual Within-Subject Natural Log Transformed Ratios, log OCD/OC. The y-axis is labeled with antilog values. The target bioequivalence (interaction) limits are indicated by the horizontal dotted lines located at 0.8 and 1.25 on the y-axis.
![Figure 2. Individual Within-Subject Natural Log Transformed Ratios, log OCD/OC. The y-axis is labeled with antilog values. The target bioequivalence (interaction) limits are indicated by the horizontal dotted lines located at 0.8 and 1.25 on the y-axis.](/cms/asset/cd7e773b-b6ef-40c2-9e71-c770ac4a746d/ujse_a_11910719_f0002_c.gif)
Figure 3. Individual Subject Profile (“Spaghetti”) Plots Ordered by Treatment. The y-axes are labeled with antilog values. The y-axes are all different. (a) log EE AUC; (b) log EE Cmax; (c) log NET AUC; (d) log NET Cmax.
![Figure 3. Individual Subject Profile (“Spaghetti”) Plots Ordered by Treatment. The y-axes are labeled with antilog values. The y-axes are all different. (a) log EE AUC; (b) log EE Cmax; (c) log NET AUC; (d) log NET Cmax.](/cms/asset/a9214294-f3ee-47bf-8e23-92aa0542762f/ujse_a_11910719_f0003_c.gif)
Figure 4. Individual Subject Profile (“Spaghetti”) Plot Ordered by Study Period – log NET AUC. The y-axis is labeled with antilog values.
![Figure 4. Individual Subject Profile (“Spaghetti”) Plot Ordered by Study Period – log NET AUC. The y-axis is labeled with antilog values.](/cms/asset/b31e41d6-0872-40b4-bbbc-d5548ae33941/ujse_a_11910719_f0004_c.gif)
Figure 5. Scatter Plots. The x- and y-axes are labeled with antilog values. The x-axes are all different; the y-axes are all different. (a) log EE AUC; (b) log EE Cmax; (c) log NET AUC; (d) log NET Cmax.
![Figure 5. Scatter Plots. The x- and y-axes are labeled with antilog values. The x-axes are all different; the y-axes are all different. (a) log EE AUC; (b) log EE Cmax; (c) log NET AUC; (d) log NET Cmax.](/cms/asset/c189511d-cc25-45da-b7fc-415e9e708594/ujse_a_11910719_f0005_c.gif)
Table 1. Normal theory mixed effects ANOVA results.
Table 2. Summary of normal theory interaction analyses.
Figure 6. Point Estimates and 90% Confidence Intervals – Normal Theory. The y-axis is labeled with antilog values. The target bioequivalence (interaction) limits are indicated by the horizontal dotted lines located at 0.8 and 1.25 on the y-axis.
![Figure 6. Point Estimates and 90% Confidence Intervals – Normal Theory. The y-axis is labeled with antilog values. The target bioequivalence (interaction) limits are indicated by the horizontal dotted lines located at 0.8 and 1.25 on the y-axis.](/cms/asset/f8d4243f-5b20-4bbb-a6aa-b5ddd8d1c130/ujse_a_11910719_f0006_c.gif)
Figure 7. Sum and Difference Plots. The y-axes are labeled with log values. The y-axes are all different. The horizontal bars represent sample means. (a) Treatment effects; (b) Period effects; (c) Carryover effects.
![Figure 7. Sum and Difference Plots. The y-axes are labeled with log values. The y-axes are all different. The horizontal bars represent sample means. (a) Treatment effects; (b) Period effects; (c) Carryover effects.](/cms/asset/ae36b92d-3ce9-4543-9681-b9faa31237bc/ujse_a_11910719_f0007_c.gif)
Figure 8. Sum and Difference Plots. The y-axis is labeled with log values. The y-axes are both different. The horizontal bars represent sample means. (a) Outlier; (b) Possible heteroscedosticity.
![Figure 8. Sum and Difference Plots. The y-axis is labeled with log values. The y-axes are both different. The horizontal bars represent sample means. (a) Outlier; (b) Possible heteroscedosticity.](/cms/asset/914961d7-70f2-4313-8599-fcc7d0e11961/ujse_a_11910719_f0008_c.gif)
Figure 9. Mean Log Response Plots. The y-axis is labeled with antilog values. The y-axes are both different.
(a) Treatment effects; (b) Period effects.
![Figure 9. Mean Log Response Plots. The y-axis is labeled with antilog values. The y-axes are both different.(a) Treatment effects; (b) Period effects.](/cms/asset/afbca449-6631-4175-b37d-17d1af77ad0a/ujse_a_11910719_f0009_c.gif)
Figure 10. Normal Probability Plots. The x- and y-axes are labeled with log values. The x-axes are all different. The y-axes are all different. (a) log EE AUC; (b) log EE Cmax; (c) log NET AUC; (d) log NET Cmax.
![Figure 10. Normal Probability Plots. The x- and y-axes are labeled with log values. The x-axes are all different. The y-axes are all different. (a) log EE AUC; (b) log EE Cmax; (c) log NET AUC; (d) log NET Cmax.](/cms/asset/9141a097-87c4-42eb-8b45-1e84b0a96dd7/ujse_a_11910719_f0010_c.gif)
Figure 11. Observed vs. Fitted Values. The x- and y-axes are labeled with log values. The x-axes are all different. The y-axes are all different. (a) log EE AUC; (b) log EE Cmax; (c) log NET AUC; (d) log NET Cmax.
![Figure 11. Observed vs. Fitted Values. The x- and y-axes are labeled with log values. The x-axes are all different. The y-axes are all different. (a) log EE AUC; (b) log EE Cmax; (c) log NET AUC; (d) log NET Cmax.](/cms/asset/3a579f19-c25f-44d6-bdb6-5ff6767c4731/ujse_a_11910719_f0011_c.gif)
Figure 12. Studentized Residuals vs. Fitted Values. The x- and y-axes are labeled with log values. The x-axes are all different; the y-axes are all different. (a) log EE AUC; (b) log EE Cmax; (c) log NET AUC; (d) log NET Cmax.
![Figure 12. Studentized Residuals vs. Fitted Values. The x- and y-axes are labeled with log values. The x-axes are all different; the y-axes are all different. (a) log EE AUC; (b) log EE Cmax; (c) log NET AUC; (d) log NET Cmax.](/cms/asset/de199faf-4a19-4882-9159-cdfd33dcbaa9/ujse_a_11910719_f0012_c.gif)
Table 3. Summary of distribution-free interaction analyses.