Increased intervention time with a second set of prediction activities with PV could have possibly led to greater knowledge acquisition for the "Prediction" group.
A misjudgment on the initial or intermediate assessments can lead to selecting a non-optimal intervention, which can have negative consequences, such as increasing intervention time, rising in treatment cost, or even worsening the condition.
Increasing the intervention time by 50%, that is, the time for pharmacists in the reconciliation at hospital admission and quality control of medication lists at discharge, reduced the potential savings marginally to €320.
Because these low-risk workers are unlikely to benefit from a preventive intervention, a high false positive rate would increase intervention cost and time loss.
Further L. paracasei GMNL-33 studies with extended intervention time and increased subjects will be encouraged.
Unexpectedly, we identified a greater primary success rate with increasing failure-to-intervention time, and although not statistically significant, the direction of the effect was similar for 3-month patency.
The largest reduction in parasitaemia was seen one to three months post MDA RR 0.13, 95% CI 0.01 to 2.51, two studies, number sampled 2722, Analysis 5.2), with lessening effect as the post-intervention time increased.
Rather than increasing the risk of post-intervention failure, increasing failure-to-intervention-time appeared to reduce the risk of failure (OR 0.55, 95% CI 0.31 1.0, P = 0.05).
Finding an association between increasing failure-to-intervention-time and probability of failed intervention would have important implications for service delivery, healthcare costs and patient outcomes.
Our study has further confirmed that screening and interventions increase the time before developing any complications in IGT subjects.
