The goal of this model is to facilitate answering important questions related to intervention efficacy, including: 1) Was the intervention efficacious?
Meta-analytic procedures determined intervention efficacy for continuous exercise performance.
This approach was taken because, without ITT analyses, there is potential for overoptimistic results of intervention efficacy [47].
However, there is a lack of higher-level evidence concerning the intervention efficacy.
Randomized controlled trials remain the gold standard for evaluating cancer intervention efficacy.
Moderator analyses identified participant and intervention characteristics that influence intervention efficacy.
Randomized controlled trials (RCTs) remain the gold standard for evaluating intervention efficacy but are often costly.
In both human and animal research, lack of reporting of these items is associated with overestimation of intervention efficacy [19] [22] ,[52] ,[53]
The population and costing models rest upon a series of best estimates, including the expected patterns of resource use and, perhaps most importantly, estimates of intervention efficacy.
One such design, the participant preference trial, provides additional information in an ecologically valid manner, once intervention efficacy has been demonstrated.
This precise non-invasive technique to assess canine knee translational stability and ACL integrity permits repetitive, objective measurements for diagnostic use and to assess therapeutic intervention efficacy.
