Table 2.
Potential of Circulating Extracellular Vesicles as Biomarkers in Human NAFLD
| Comparison groups | Association | Cargo | References |
|---|---|---|---|
|
| |||
| NASH with F3 fibrosis versus cirrhotic NASH and healthy control | Hepatocyte-derived EVs, isolated from serum, correlated with clinical characteristics and disease severity | Specific proteomic signatures | (175) |
| NASH versus HCV and healthy control | Microparticles from invariant natural killer T cells and macrophages/monocytes, correlated with severity of NASH | Not assessed | (101) |
| NASH with F3–4 versus early NAFLD | Leukocytes or endothelial cell EVs inversely correlated with fibrosis | Not assessed | (226) |
| NASH with early fibrosis versus steatosis | EVs in serum are increased in NASH | Integrin β1 | (60) |
| NASH with early fibrosis versus steatosis and obese controls | EVs in plasma | C16:0 ceramide, and its metabolite sphingosine 1 phosphate | (88) |
| Obese with elevated ALT versus obese with normal ALT versus lean subjects with normal ALT | Hepatocyte-derived EVs in plasma correlated with ALT | mitochondrial DNA | (52) |
| NASH with advanced versus early fibrosis | Circulating hepatocyte-derived exosomes in serum increased in advanced fibrosis | miR 122 and miR 192 | (115) |
| NASH versus NAFLD and healthy control | Hepatocyte-derived exosomes are increased in NASH | miR-192-5p | (134) |
| NASH versus chronic hepatitis C, chronic hepatitis B, and healthy controls | The miR expression profile in exosome rich fraction from serum correlated with etiology | miR panel (miR- 225-5p, -1275, -368, -762, 320c, -451, -1974, -630, -1207-5p, -720, -1246, and -486-5p) | (160) |