The paper drew attention to the fine balance between a technologic advancement and the potential adverse societal impacts of such an advance when its implementation is not well understood.
While hindsight imposed a sequence on the approval process, at the time the path to implementation was not well-defined.
These potential trade-offs and inconsistencies in terms of policy implementation are not yet well understood, since conventional tools for agricultural economic assessment work on an aggregate regional level and do not fully capture the likely farmer responses when making a choice between investments in biogas production and participation in agri-environmental policy schemes.
Medication Therapy Management is increasingly being used to help clinics improve medication adherence and reduce adverse events, but factors that enable implementation of such programs are not well identified.
Though backprojection has been implemented many times in the past (see Section 3), FPGA implementations of backprojection for SAR are not well represented in the literature.
Yet, at the same time the contextual factors affecting the implementation and effectiveness of these strategies are not well understood [ 2].
Barriers and enablers to the implementation and effectiveness of de-escalation techniques in practice are not well understood.
The in-house assays developed by various groups are not commercialized, and thus quality control of primers and reagents represents a substantial barrier to implementation; and the commercially-available products are not well-suited for typing the low DNA quantity evidentiary specimens to which forensic mtDNA methods are typically applied [ 5, 6].
Due to the visual saliency map involving information of color, intensity, and orientation, its implementation is not quite well in some scenarios.
Currently, the implementation of dosimetry in molecular radiotherapy (MRT) is not well investigated, and in view of the Council Directive (2013/59/Euratom), there is a need to understand the current availability of dosimetry-based MRT in clinical practice and research studies.
