Table 1.
ncRNA | Disease condition | Effect | Description |
---|---|---|---|
miRNAs | |||
| |||
miR-15a | Chronic glucotoxicity | Negative, prognostic/diagnostic | Overexpression increases the biosynthesis of insulin. Upregulated in short term high glucose levels and downregulated in the long term [11]. |
| |||
miR-34a miR-146 miR-21 miR-29 miR-200 |
β-cell apoptosis | Negative, prognostic | Critical factor leading to diseases related to insulin resistance [11]. |
| |||
miR-375 miR-124a |
Hyperglycemia | Negative, prognostic/diagnostic | Suppresses target genes for insulin secretion. Affects the β-cell mass. Elevated amounts found in patients with type 2 diabetes. Targets the myotrophin mRNA [20]. |
| |||
miR-200a miR-200b miR-200c miR-141 miR-429 miR-34a |
Diabetes | Negative, diagnostic | Highly expressed in the pancreatic islets of diabetic mice [20]. |
| |||
miR-150 miR-192 miR-27a miR-320a miR-375 |
Type 2 diabetes | Negative, diagnostic | Upregulation is seen [20]. |
| |||
lncRNAs | |||
| |||
Metastasis Associated Lung Adenocarcinoma Transcript 1 (MALAT1) | Found to be a candidate for gene regulation in islets | — | Highly conserved and abundantly expressed in pancreas and other cell types, altered regulation is seen with disease conditions [14]. |