Medications
The hepatocyte as pharmacologic target and toxicologic victim: CYP450 drug metabolism, hepatotoxicity mechanisms, NASH therapies (resmetirom, semaglutide, lanifibranor), hepatitis antivirals, and Wilson disease chelation.
Primary hepatocytes from human, monkey, rat and dog compared over 14 days in monolayer, static spheroid and perfused microphysiological culture; human and monkey cells held function longer and were more sensitive to species-specific DILI compounds.
VMP1 and autophagy genes rise in human acetaminophen liver failure; liver-specific Vmp1 knockout mice are protected from acetaminophen injury, with changes in inflammation and hepatocyte proliferation. Mouse; single study.
Meta-analysis of 4 RCTs: efruxifermin (bivalent FGF21 analogue, protects hepatocytes from cellular distress) improved fibrosis by >=1 stage without MASH worsening (RR=1.73), reduced enhanced liver fibrosis score, Pro-C3, and FibroScan stiffness vs placebo. Abideen ZU 2026, Eur J Gastroenterol Hepatol.
Reviews resmetirom (THR-beta agonist), semaglutide (GLP-1), lanifibranor (pan-PPAR), and obeticholic acid (FXR) as zone-aware hepatocyte therapeutics.
Organoid-based expansion combined with molecular reprogramming for clinical-grade hepatocyte production; pipeline for cell therapy in liver failure.
Controlled oxygenation in perfusion bioreactors rescues CYP450 activity and albumin secretion in iPSC-derived liver tissue; addresses the Zone 3 hypoxia problem in static culture.
Hepatocyte-plus-nonparenchymal-cell microtissues outperform hepatocyte-only systems in functional output (albumin, urea, CYP activity) and survival after transplant into liver failure models.
Reviews gene therapy and cell therapy approaches targeting hepatocytes; expansion barriers remain a key challenge for clinical-grade cell products.
Partial cellular reprogramming via selective OSK (Oct4/Sox2/Klf4) mRNA LNP delivery to hepatocytes reverses fibrosis markers in mouse model.
From PubMed
Asking PubMed for every paper on the hepatocyte in this section.