Krumholz [ 15] has recently highlighted the imperative of method in generating clinical research that is able to effectively inform practice.
It is imperative that methods are developed to use the limited data available to design site-specific, cost-effective elimination programmes.
In addition, because of general resource constraints in conservation [37], [38], and the urgency of the problems we seek to solve, it is imperative that methods for gaining information are time and cost-effective.
In establishing a databank containing person-based data, it is imperative that methods are employed to ensure compliance with the data protection legislation and confidentiality guidelines comprising the NHS Information Governance framework [ 5] (referred to in this paper as Information Governance), so that the identity of individuals is safeguarded at all stages of the process.
As a result of this heterogeneity, it is imperative that a method be developed to better prognosticate and stratify patients for more accurate assessment of efficacy of any new therapeutic interventions.
In order to decipher the relationship between fungi and potential fungal infection, it is imperative to establish methods that can accurately identify airborne fungi to the species level and the method could be easily followed.
It is, therefore, imperative to develop methods to acquire enough hMSCs that maintain self-renewal and differentiation potential.
Therefore, for an early diagnosis, it is imperative to utilize methods with high temporal resolution, aiming at detecting spectral variations occurring in a very short time.
Therefore, it is imperative to study methods of using large-scale ranches and tracking devices as a means of reducing cattle rustling in Katsina State.
Hence, it was imperative to develop methods to calculate N balances which take into account the amount of N originating from other sources than the applied mineral fertilizers and also N output via nitrate leaching down the soil profile.
