Why the study?
Characterising the adipose secretome and its changes across health, disease, ageing, and gender is needed to optimise personalised strategies to prevent or reverse metabolic diseases.
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Design
Review
Highlights research gap in metabolic disease; leaves open clinical translation of adipose secretome profiling pending validation.
The white adipose tissue's primary roles are to store and mobilise energy, which is very different from the brown adipose tissue's function of using fuel to generate heat and maintain the body temperature. The adipose tissues (ATs), co-ordinately with the other organs, sense energetic demands and inform of their reserves before embarking on energetically demanding physiological functions. It is not surprising that ATs exhibit highly integrated regulatory mechanisms mediated by a diversified secretome, including adipokines, lipokines, metabolites and a repertoire of extracellular miRNAs that contribute to integrating the function of the AT niche and connect the AT through paracrine and endocrine effects with the whole organism. Characterising the adipose secretome, its changes in health and disease, regulation by ageing and gender and their contribution to energy homoeostasis is necessary to optimise its use for personalised strategies to prevent or reverse metabolic diseases.
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Navarro-Perez et al. (2023) studied this question.
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