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Increased body mass index is linked to systemic inflammation through altered chromatin co-accessibility in human preadipocytes [RNA-Seq]

ABSTRACT: Increased body mass index is linked to systemic inflammation through altered chromatin co-accessibility in human preadipocytes [RNA-Seq]

PROVIDER: PRJNA985744 | ENA |

REPOSITORIES: ENA

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Increased body mass index is linked to systemic inflammation through altered chromatin co-accessibility in human preadipocytes [RNA-Seq]

Project description:Obesity-induced adipose tissue dysfunction can cause low-grade inflammation and downstream obesity comorbidities. Although preadipocytes may contribute to this pro-inflammatory environment, the underlying mechanisms are unclear. We used human primary preadipocytes from body mass index (BMI) -discordant monozygotic (MZ) twin pairs to generate epigenetic (ATAC-sequence) and transcriptomic (RNA-sequence) data for testing whether increased BMI alters the subnuclear compartmentalization of open chromatin in the twins’ preadipocytes, causing downstream inflammation. Here we show that the co-accessibility of open chromatin, i.e. compartmentalization of chromatin activity, is altered in the higher vs lower BMI MZ siblings for a large subset (~88.5Mb) of the active subnuclear compartments. Using the UK Biobank we show that variants within these regions contribute to systemic inflammation through interactions with BMI on C-reactive protein. In summary, open chromatin co-accessibility in human preadipocytes is disrupted among the higher BMI siblings, suggesting a mechanism how obesity may lead to inflammation via gene-environment interactions.

2023-06-28 | GSE235362 | GEO

Increased body mass index is linked to systemic inflammation through altered chromatin co-accessibility in human preadipocytes [ATAC-Seq]

2023-06-28 | GSE235361 | GEO

Increased body mass index is linked to systemic inflammation through altered chromatin co-accessibility in human preadipocytes

Project description:Increased body mass index is linked to systemic inflammation through altered chromatin co-accessibility in human preadipocytes

| PRJNA985740 | ENA

Increased body mass index is linked to systemic inflammation through altered chromatin co-accessibility in human preadipocytes [ATAC-Seq]

Project description:Increased body mass index is linked to systemic inflammation through altered chromatin co-accessibility in human preadipocytes [ATAC-Seq]

| PRJNA985745 | ENA

Increased body mass index is linked to systemic inflammation through altered chromatin co-accessibility in human preadipocytes

Project description:This SuperSeries is composed of the SubSeries listed below.

2023-06-28 | GSE235363 | GEO

Increased body mass index is linked to systemic inflammation through altered chromatin co-accessibility in human preadipocytes.

Project description:Obesity-induced adipose tissue dysfunction can cause low-grade inflammation and downstream obesity comorbidities. Although preadipocytes may contribute to this pro-inflammatory environment, the underlying mechanisms are unclear. We used human primary preadipocytes from body mass index (BMI) -discordant monozygotic (MZ) twin pairs to generate epigenetic (ATAC-sequence) and transcriptomic (RNA-sequence) data for testing whether increased BMI alters the subnuclear compartmentalization of open chromatin in the twins' preadipocytes, causing downstream inflammation. Here we show that the co-accessibility of open chromatin, i.e. compartmentalization of chromatin activity, is altered in the higher vs lower BMI MZ siblings for a large subset ( ~ 88.5 Mb) of the active subnuclear compartments. Using the UK Biobank we show that variants within these regions contribute to systemic inflammation through interactions with BMI on C-reactive protein. In summary, open chromatin co-accessibility in human preadipocytes is disrupted among the higher BMI siblings, suggesting a mechanism how obesity may lead to inflammation via gene-environment interactions.

| S-EPMC10349101 | biostudies-literature

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Reverse gene-environment interaction approach to identify variants influencing body mass index in humans

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Project description:Single-cell analysis of human testis aging and correlation with elevated body mass index

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