Assays/Human NASH Assays
Human NASH Assays
Tests effects of hit or lead compounds on secretion of key pro-fibrotic markers in liver fibrosis.
Tests effects of hit or lead compounds on gene expression of key pro-fibrotic markers in liver fibrosis.
Assay components
Human primary liver fibrotic dECM
Human primary hepatic stellate cells
Downloads
Data SheetProduct details
Testing in matrico using human primary liver fibrotic dECM derived from fibrotic livers yields predictive results by providing the disease-specific environment lacking in other in vitro assays.
Experimental groups: Test compound, Nintedanib, Control
Test compound concentrations: Custom
Time course: 72 hours (end-point)
Ordering
Lead time: 6-8 weeks
Assay components
Human primary liver fibrotic dECM
Human primary hepatic stellate cells
Downloads
Data SheetProduct details
Testing in matrico using human primary liver fibrotic dECM derived from fibrotic livers yields predictive results by providing the disease-specific environment lacking in other in vitro assays.
Experimental groups: Test compound, Nintedanib, Control
Test compound concentrations: Custom
Time course: 72 hours (end-point)
In Matrico® Human NASH Protein Secretion Assay
Human NASH
Engineered Human Liver Fibrotic Model: 3D Human Heterospheroids in TissueSpec® Human Liver Fibrotic dECM with overlaid Kupffer cells
Metabolic Activity of engineered human liver fibrotic lesions
Hepatocytes-Hepatic Stellate Cells (HepaRG-HSC) heterospheroids were embedded within healthy and custom TissueSpec® Human Liver Fibrotic dECM hydrogel, and patient-derived Kupffer cells were seeded on top of the gels. Collagen I was used as the control, non-tissue specific substrate. Cultures were treated with 5 ng/mL TGF-β1 over 3 days. Metabolic activity was measured via PrestoBlue™ assay.
TGF-β1 treatments increases CTGF secretion in engineered human liver fibrotic lesions
Hepatocytes-Hepatic Stellate Cells (HepaRG-HSC) heterospheroids were embedded within healthy and custom TissueSpec® Human Liver Fibrotic dECM hydrogel, and Kupffer cells were seeded on top of the gels. Collagen I was used as the control, non-tissue specific substrate. Cultures were treated with 5 ng/mL TGF-β1 over 3 days.
Supernatants were collected and co-cultures were supplemented each day with fresh cell media with or without TGF-β1. CTGF concentrations were quantified by ELISA. Presented values represent the cumulative CTGF secretion per spheroid over the 3-day InMatrico® culture period.
TGF-β1 treatments increases Pro-Collagen I secretion in engineered human liver fibrotic lesions
Hepatocytes-Hepatic Stellate Cells (HepaRG-HSC) heterospheroids were embedded within healthy and custom TissueSpec® Human Liver Fibrotic dECM, and Kupffer cells were seeded on top of the gels. Collagen I was used as the control, non-tissue specific substrate. Cultures were treated with 5 ng/mL TGF-β1 over 3 days.
Supernatants were collected and co-cultures were supplemented each day with fresh cell media with or without TGF-β1. Pro-collagen I concentrations were quantified by ELISA. Presented values represent the cumulative Pro-Collagen I secretion per spheroid over the 3-day InMatrico® culture period.
Morphology of 3D human liver heterospheroids
Representative images of the morphology of heterospheroids (Hepatocytes-Hepatic Stellate Cells (HepaRG-HSC)) embedded within custom TissueSpec® Human Liver Fibrotic dECM hydrogel, healthy liver dECM hydrogel and Collagen I. Kupffer cells (KC) were seeded on top of the gels. Co-cultures were incubated for 3 days with or without 5 ng/mL TGF-β1. Scale bar = 200 µm.
In Matrico® Human NASH Gene Expression Assay
Human NASH
Engineered Human Liver Fibrotic Model: 3D Human Heterospheroids in TissueSpec® Human Liver Fibrotic dECM with overlaid Kupffer cells
Metabolic Activity of engineered human liver fibrotic lesions
Hepatocytes-Hepatic Stellate Cells (HepaRG-HSC) heterospheroids were embedded within healthy and custom TissueSpec® Human Liver Fibrotic dECM hydrogel, and patient-derived Kupffer cells were seeded on top of the gels. Collagen I was used as the control, non-tissue specific substrate. Cultures were treated with 5 ng/mL TGF-β1 over 3 days. Metabolic activity was measured via PrestoBlue™ assay.
TGF-β1 treatments increases CTGF secretion in engineered human liver fibrotic lesions
Hepatocytes-Hepatic Stellate Cells (HepaRG-HSC) heterospheroids were embedded within healthy and custom TissueSpec® Human Liver Fibrotic dECM hydrogel, and Kupffer cells were seeded on top of the gels. Collagen I was used as the control, non-tissue specific substrate. Cultures were treated with 5 ng/mL TGF-β1 over 3 days.
Supernatants were collected and co-cultures were supplemented each day with fresh cell media with or without TGF-β1. CTGF concentrations were quantified by ELISA. Presented values represent the cumulative CTGF secretion per spheroid over the 3-day InMatrico® culture period.
TGF-β1 treatments increases Pro-Collagen I secretion in engineered human liver fibrotic lesions
Hepatocytes-Hepatic Stellate Cells (HepaRG-HSC) heterospheroids were embedded within healthy and custom TissueSpec® Human Liver Fibrotic dECM, and Kupffer cells were seeded on top of the gels. Collagen I was used as the control, non-tissue specific substrate. Cultures were treated with 5 ng/mL TGF-β1 over 3 days.
Supernatants were collected and co-cultures were supplemented each day with fresh cell media with or without TGF-β1. Pro-collagen I concentrations were quantified by ELISA. Presented values represent the cumulative Pro-Collagen I secretion per spheroid over the 3-day InMatrico® culture period.
Morphology of 3D human liver heterospheroids
Representative images of the morphology of heterospheroids (Hepatocytes-Hepatic Stellate Cells (HepaRG-HSC)) embedded within custom TissueSpec® Human Liver Fibrotic dECM hydrogel, healthy liver dECM hydrogel and Collagen I. Kupffer cells (KC) were seeded on top of the gels. Co-cultures were incubated for 3 days with or without 5 ng/mL TGF-β1. Scale bar = 200 µm.