Research Paper Volume 13, Issue 2 pp 2149—2167

Identification of SCARA3 with potential roles in metabolic disorders

Phenotypical traits of SCARA3. (A) mRNA expression of Scara3 in iWAT of db/db mice. 8 mice were included in each group. (B, C) Protein expression of Scara3 in iWAT of db/db mice. 8 mice were included in in each group. (D) mRNA expression of Scara3 in iWAT of mice fed by HFD. 9 mice were included in each group. (E, F) Protein expression of Scara3 in iWAT of mice fed by HFD. 8 mice were included in each group. (G) Expression of Scara3 in white adipose tissue-derived mesenchymal stem cells (Ad-MSCs) of young and old mice. Each group has 2 mice, respectively. Data were obtained from GEO database (GSE115068). (H) Expression of Scara3 in Ad-MSCs of young mice fed a HFD. Each group has 2 mice, respectively. Data were obtained from GEO database (GSE115068). (I, J) Methylation of SCARA3 in metabolic disorders, including atherosclerotic lesions (I) and type 2 diabetes (J). (K) Relationship of weight-associated diseases with SCARA3 via a curated chemical interaction, based on the CTD database.

Figure 9. Phenotypical traits of SCARA3. (A) mRNA expression of Scara3 in iWAT of db/db mice. 8 mice were included in each group. (B, C) Protein expression of Scara3 in iWAT of db/db mice. 8 mice were included in in each group. (D) mRNA expression of Scara3 in iWAT of mice fed by HFD. 9 mice were included in each group. (E, F) Protein expression of Scara3 in iWAT of mice fed by HFD. 8 mice were included in each group. (G) Expression of Scara3 in white adipose tissue-derived mesenchymal stem cells (Ad-MSCs) of young and old mice. Each group has 2 mice, respectively. Data were obtained from GEO database (GSE115068). (H) Expression of Scara3 in Ad-MSCs of young mice fed a HFD. Each group has 2 mice, respectively. Data were obtained from GEO database (GSE115068). (I, J) Methylation of SCARA3 in metabolic disorders, including atherosclerotic lesions (I) and type 2 diabetes (J). (K) Relationship of weight-associated diseases with SCARA3 via a curated chemical interaction, based on the CTD database.