The phrase "addressed for future studies" is correct and usable in written English.
It can be used when referring to topics, issues, or questions that are intended to be explored or examined in subsequent research or analysis.
Example: "The findings of this research highlight several key areas that should be addressed for future studies to enhance our understanding of the subject."
Alternatives: "considered in future research" or "explored in subsequent studies".
We recognize that our secondary data analysis has the following limitations that call for future studies to fully address them: First, because of its cross-sectional design, the observed association between increased WBC count and estimated 1-year PM10 exposure before the laboratory examination cannot be interpreted as definitely causal without any caution.
All of these limitations have since been addressed for future data collection but cannot be remedied for the current study.
On the other hand, issues such as test-retest reliability, longitudinal construct validity and responsiveness have not been addressed and should be considered for future studies.
We believe that the hydroxylation activity of Alkbh1 is dependent on yet undefined partners specific for the different stages/tissues where it has an important role, and this will be addressed in future studies for the pachytene stage of meiosis in male germ cells – when homologues chromosomes pair and crossing over can occur.
Important aspects like resistance development of Enterobacteriaceae under prolonged decolonization treatment, achievability of sustained decolonization, identification of ESBL-E colonized patients that are at greatest risk of infection and the impact of the intestinal microbiome need to be addressed in future studies (for a detailed list see Table 3).
Together this work lays the foundation for future studies addressing the molecular regulation of lignification in the grasses in hopes to develop, through genetic engineering, ideal biomass feedstocks for biofuel production.
While the data in the present study do not provide specific information about intra-population variability in hMSCs or about variability arising from different tissue sources, they do suggest that the assays that performed most consistently across donors may be the most useful for future studies addressing other sources of variability in hMSCs.
The model provides a platform for future studies addressing mechanisms responsible for reduced muscle force and joint strength including changes to muscle length-tension operating range due to altered muscle and tendon excursions, and the effects of cuff tear size and location on moment arms and muscle forces.
The novel mouse models described here will be useful tools for future studies addressing this question in more details.
The outcomes of this study will be considered in order to determine how HPs may utilise ICI as a meaningful tool to address patient educational needs and for future studies.
Exploring different primer/probe sets that provide an extended lower range may be of value for future studies addressing the clinical significance of viral load in subhistologic disease and establishing corresponding threshold values for detection.
