Conclusion : MIR130b is detectable and elevated in both the urine and serum of patients with GI cancers. MIR130b has potential as an early non-invasive diagnostic and therapeutic biomarker for GIM, GC, and other GI malignancies particularly resource-limited populations.
Consequently, we posit that TCS exposure caused zebrafish lipid-metabolism disorder by decreasing miR-30b expression to regulate fto-mediated mA methylation level. These findings contribute to our deep understanding of the underlying molecular mechanisms regarding contaminant-originating fatty liver and hepatocellular carcinoma, and also have practical significance in pollution warning and target therapy for related diseases.