For the evaluation model, we evaluated motif pairs with two statistical tests: (1) chi-square test for biases of their relative positions from TSS and (2) K-S test for their distance distribution biases.
Using the same model, we evaluated whether a mixture of two antibodies showed higher %TRA (fewer oocysts) than a single antibody, for each mixture condition.
By simulating the model, we evaluated the efficacy of MMPi therapy.
Using a computational model, we evaluated the contribution of each factor separately in category encoding.
In a porcine model we evaluated the safety and efficacy of cryotherapy and radio frequency ablation (RFA) of cortical and deep renal tissue.
Using patients with polycythemia vera (PV) as an experimental model, we evaluated the impact of clot retraction (CR) and architecture of the clot on fibrinolysis.
In this animal model, we evaluated the use of a clinically available, biocompatible collagen- glycosaminoglycan (GAG) material as an adjunct to surgical tendon repair.
To execute our model, we evaluated and adjusted the weights for each input.
For each classification model we evaluated several feature selection approaches by using 10-fold-cross-validation.
Using a multilevel logistic regression model, we evaluated patient and hospital characteristics, as well as geographic availability, in relation to discharge to either IRF or SNF.
Based on the estimated fault model, we evaluated the effect of the earthquake on the Aso magma system.
