First, the interpretation of the findings in the context of diagnostic criteria for BD and research on activity in different illness phases; second, consideration of the limitations of the study; and third, the implications of the methodology for the role of actigraphy and BD.
The case presented here supports the importance of considering local perceptions that have implications for the methodology of this study.
In addition, the implication of the proposed methodology for flow simulation is also presented.
Understanding the predominant mode of action for miRNAs has substantial implications for the methodology used to determine direct interacting mRNA partners, and subsequently determining their mode of binding.
The theoretical implications of this methodology and the paradigm it offers involve a three-part exploration.
The broader implications of this methodology include its application to iterative product design and extension to multi-physical, dynamic, and/or inordinately expensive testing conditions.
The paper concludes with a discussion both on the theoretical and practical implications of the proposed methodology and by presenting some relevant future research needs.
To gain knowledge about the implications of the proposed methodology, conventional transesterification was optimized, resulting in higher needs on catalyst concentration and reaction time, compared to the proposed reaction.
The implications for the second part of the methodology, where it is proposed to post-process the data using a more detailed particle model, are discussed critically.
The paper concludes with a discussion of the results, policy implications, and the broader application of the methodology as a complement to conventional food and NCD risk factor measurement instruments.
