Research Paper Volume 13, Issue 2 pp 2149—2167

Identification of SCARA3 with potential roles in metabolic disorders

Co-expression of four shared genes with adipogenic markers in adipose tissue. (A–D) Correlation of GHR with PPARA (A), PPARG (B), FABP4 (C), and LPL (D) expression in adipose tissue, based on data from the Genotype Tissue Expression (GTEx) databases, respectively. (E–H) Correlation of GPX3 with PPARA (E), PPARG (F), FABP4 (G), and LPL (H) expression in adipose tissue, based on data from the GTEx databases, respectively. (I–L) Correlation of SAA1 with PPARA (I), PPARG (J), FABP4 (K), and LPL (L) expression in adipose tissue, based on data from the GTEx databases, respectively. (M–P) Correlation of SCARA3 with PPARA (M), PPARG (N), FABP4 (O), and LPL (P) expression in adipose tissue, based on data from GTEx databases, respectively. (Q–T) Correlation of WFDC1 with PPARA (Q), PPARG (R), FABP4 (S), and LPL (T) expression in adipose tissue, based on data from the GTEx databases, respectively.

Figure 6. Co-expression of four shared genes with adipogenic markers in adipose tissue. (AD) Correlation of GHR with PPARA (A), PPARG (B), FABP4 (C), and LPL (D) expression in adipose tissue, based on data from the Genotype Tissue Expression (GTEx) databases, respectively. (EH) Correlation of GPX3 with PPARA (E), PPARG (F), FABP4 (G), and LPL (H) expression in adipose tissue, based on data from the GTEx databases, respectively. (IL) Correlation of SAA1 with PPARA (I), PPARG (J), FABP4 (K), and LPL (L) expression in adipose tissue, based on data from the GTEx databases, respectively. (MP) Correlation of SCARA3 with PPARA (M), PPARG (N), FABP4 (O), and LPL (P) expression in adipose tissue, based on data from GTEx databases, respectively. (QT) Correlation of WFDC1 with PPARA (Q), PPARG (R), FABP4 (S), and LPL (T) expression in adipose tissue, based on data from the GTEx databases, respectively.