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Table 5 Correlations between HSD11B1 gene expression in adipose tissue and anthropometric parameters in all, non-obese, obese, MetS (−) and MetS (+) subjects

From: Interaction of HSD11B1 and H6PD polymorphisms in subjects with type 2 diabetes are protective factors against obesity: a cross-sectional study

 

SAT

VAT

All

(n = 18)

Non obese

(n = 8)

Obese

(n = 10)

MetS (−)

(n = 6)

MetS (+)

(n = 12)

All

(n = 24)

Non obese

(n = 11)

Obese

(n = 13)

MetS (−)

(n = 8)

MetS (+)

(n = 16)

BMI

0.077

(0.763)

− 0.454

(0.258)

0.482

(0.158)

0.790

(0.061)

− 0.332

(0.291)

− 0.435

(0.034)a

− 0.489

(0.127)

− 0.585

(0.036)a

− 0.483

(0.225)

− 0.411

(0.114)

WC

0.178

(0.494)

0.100

(0.813)

0.317

(0.406)

0.744

(0.090)

− 0.308

(0.356)

− 0.584

(0.003)b

− 0.478

(0.137)

− 0.728

(0.007)b

− 0.546

(0.161)

− 0.597

(0.019)a

WHtR

− 0.014

(0.956)

− 0.189

(0.653)

0.140

(0.719)

0.797

(0.057)

− 0.448

(0.167)

− 0.526

(0.010)b

− 0.122

(0.721)

− 0.773

(0.003)b

− 0.525

(0.181)

− 0.539

(0.038)a

  1. Data expressed as Pearson’s correlation (P value)
  2. SAT subcutaneous adipose tissue, VAT visceral adipose tissue, BMI body mass index, WC waist circumference, WHtR waist-to-height ratio, MetS (−) subjects without metabolic syndrome, MetS (+) subjects with metabolic syndrome
  3. aP < 0.05; bP ≤ 0.01
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Diabetology & Metabolic Syndrome

ISSN: 1758-5996

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