Owing to both adaptability and versatility, the MHW method tends to accommodate intervention-induced perturbations (e.g., prophylaxis and medical treatment) that inherently plague longitudinal retrospective disease TS investigations.
First, financing the intervention and second the physical land needed to accommodate the intervention or the resettlement due to the intervention.
After randomisation, one school refused to undertake the intervention; the head reported that they had hoped they would be randomised to control and did not have the time or capacity to accommodate the intervention.
However, despite this limitation, the results of the partial design for DREAM4 data demonstrate that the MCMC-Mallows method is best able to accommodate complex intervention designs, including partial gene knock-outs.
Additionally, our simulations demonstrated that multiple knock-out designs contributed valuable additional information for causal network inference beyond single knock-outs; we therefore anticipate that the need for methods able to accommodate complex intervention designs will only increase as such data become more common.
Although CDC advocates flexible work arrangements, income replacement, and job security to minimize the negative effects of social-distancing measures, it pays inadequate attention to those whose jobs will not accommodate these interventions.
Finally, although cost-effectiveness should be one of the key inputs for policy makers to make resource-allocation informed decisions, other criteria are usually taken into account, like equity, social acceptance, intuition, prior decisions, and healthcare infrastructure needed to "accommodate" new interventions, not mentioning less transparent criteria like personal interest and corruption.
In order to avoid intervention group contamination, to accommodate the worksite intervention, and to enhance participants' compliance, cluster randomization was considered the best randomization strategy for this study.
The following chapter aims to introduce and discuss 3D cell-based in vitro models that recapitulate both the architecture and multicellular complexity of an organ/tumor in vivo but at the same time accommodate systematic experimental intervention.
Thus flexibility to accommodate variability in intervention delivery, tailored to individual patient/family preferences, may be required for phase 3 research.
