Bone marrow mesenchymal stem cells and bone cells from the skulls of Cbf - beta - deficient mice showed increased
expression of adipocyte genes.
Not exact matches
The Cbf - beta / Runx2 complex also inhibited
expression of the enhancer protein C / EBP - alpha that promotes differentiation
of adipocytes.
It is considered that methods to convert white adipose tissues * 7 into the ones containing beige
adipocytes with increased
expression of UCP - 1 would lead to prevention and treatment
of obesity.
The accumulation
of adipose tissue macrophages in direct proportion to
adipocyte size and body mass may explain the coordinated increase in
expression of genes encoding macrophage markers observed in our microarray
expression data.
The
expression rates
of three macrophage - specific genes (Emr1, Cd68, and Csf1) that correlated with body mass in our microarray studies, an
adipocyte - specific gene (Acrp30), and proinflammatory genes (Tnfa, Nos2, Il6) were determined by quantitative RT - PCR.
Osteocalcin differentially regulates beta cell and
adipocyte gene
expression and affects the development
of metabolic diseases in wild - type mice
Quantitative RT - PCR was used to measure the relative
expression of macrophage markers (Emr1, Csf1r, Cd68) and an
adipocyte - specific gene (Acrp30).
We found that both BMI (r2 = 0.43, P < 0.01; Figure 9) and average
adipocyte cross-sectional area (r2 = 0.46, P < 0.05; data not shown) were significant predictors
of Cd68
expression.
These data demonstrate that variations in continuous quantitative traits such as body mass,
adipocyte size, and BMI are correlated with quantitative variations in the
expression of genes.
Simultaneously, Lsd1 promotes the
expression of genes containing information for brown
adipocytes.
The enzyme inhibits the
expression of the genes which contain the information for white
adipocytes.
Ferron M, Hinoi E, Karsenty G, Ducy P. Osteocalcin differentially regulates beta cell and
adipocyte gene
expression and affects the development
of metabolic diseases in wild - type mice.
These findings suggest that specific MFN2 mutations cause tissue - selective mitochondrial dysfunction with increased
adipocyte proliferation and survival, confirm a novel form
of excess adiposity with paradoxical suppression
of leptin
expression, and suggest potential targeted therapies.
Compared to PHWSC
adipocytes, SGBS
adipocytes showed not only greater induction
of adipogenic gene
expression during differentiation but also increased levels
of UCP1 mRNA and protein
expression.
It is accepted that the regulation
of adipocytokine secretion or the
adipocyte specific gene
expression is one
of the most important targets for the prevention
of obesity and amelioration
of insulin sensitivity.
Recently, we demonstrated that anthocyanins, which are pigments widespread in the plant kingdom, have the potency
of anti-obesity in mice and the enhancement adipocytokine secretion and
adipocyte gene
expression in
adipocytes.
Treated
adipocytes with anthocyanins enhanced adipocytokine (adiponectin and leptin) secretion and up - regulated the
adipocyte specific gene
expression without activation
of PPARgamma in isolated rat
adipocytes.
Based on the gene
expression profile, we demonstrated the up - regulation
of hormone sensitive lipase and enhancement
of the lipolytic activity by the treatment
of adipocytes with C3G or Cy.
It is accepted that the regulation
of adipocytokine secretion or the
adipocyte - specific gene
expression is one
of the most important targets for the prevention
of obesity and amelioration
of insulin sensitivity.
Butyrate, a short - chain fatty acid produced from the microbial fermentation
of dietary fiber, has been shown to increase leptin
expression in
adipocytes (8) and improve insulin sensitivity (9, 10).
Other studies at the molecular level have shown Berberine changes the
expression of PPARgamma2 mRNA genes to inhibit formation
of adipocytes (fat cells)(19, 20).
-- «Resistin and Type 2 Diabetes: Regulation
of Resistin
Expression by Insulin and Rosiglitazone and the Effects
of Recombinant Resistin on Lipid and Glucose Metabolism in Human Differentiated
Adipocytes»; Philip G. McTernan et al; The Journal
of Clinical Endocrinology & Metabolism; 2003
Ryan VH, German AJ, Wood IS, Hunter L, Morris P, Trayhurn P. Adipokine
expression and secretion by canine
adipocytes: stimulation
of inflammatory adipokine production by LPS and TNFalpha.