Key result
Higher BMI is linked to lower serum periostin levels in healthy and asthmatic subjects.
Why the study?
What factors are associated with serum periostin levels in healthy and asthmatic subjects?
Observational (n=436)
What factors are associated with serum periostin levels in healthy and asthmatic subjects?
Serum periostin levels are negatively associated with BMI and positively associated with adiponectin in both healthy and asthmatic subjects, which should be considered when interpreting periostin levels in clinical practice.
BMI adjustment may aid periostin interpretation; leaves open its biomarker utility pending prospective studies.
BACKGROUND: Many studies have attempted to clarify the factors associated with serum periostin levels in asthmatic patients. However, these results were based on studies of subjects mainly characterized by high eosinophil counts, which may present as an obstacle for clarification in the identification of other factors associated with serum periostin levels. The aim of this study was to determine the factors associated with serum periostin levels in healthy subjects. We also assessed some factors in asthmatic subjects to confirm their extrapolation for management of asthma. METHODS: Serum periostin levels were measured in 230 healthy subjects. Clinical factors of interest included body mass index (BMI) and allergic rhinitis (AR). Additionally, we confirmed whether these factors were associated with serum periostin in 206 asthmatic subjects. We further evaluated several obesity-related parameters, such as abdominal fat distribution and adipocytokine levels. RESULTS: Smoking status, blood eosinophil count, total immunoglobulin E, and the presence of AR were associated with serum periostin in healthy subjects. There was a negative association between BMI and serum periostin in both healthy and asthmatic subjects, while there was a tendency of a positive association with AR in asthmatic subjects. There were no differential associations observed for subcutaneous and abdominal fat in relation to serum periostin in asthmatic subjects. Serum periostin was significantly associated with serum levels of adiponectin, but not with leptin. CONCLUSIONS: Our results provided clarity as to the factors associated with serum periostin levels, which could be helpful in the interpretation of serum periostin levels in clinical practice.
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Kimura et al. (2017) conducted an observational in Asthma (n=436). Body mass index and allergic rhinitis was evaluated on Serum periostin levels. Body mass index was negatively associated with serum periostin levels in both healthy and asthmatic subjects, while smoking, eosinophils, IgE, and allergic rhinitis were associated in healthy subjects.
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