NASH - Fibrosis

Discover the cutting edge of NAFLD knowledge

NASH (non-alcoholic steatohepatitis), NAFLD (non-alcoholic fatty liver disease), and fibrosis continue to affect patients with increasing prevalence and adversity. Cisbio offers a bunch of solutions to investigate the molecular mechanisms involved in the development and progression of NASH, NAFLD and fibrosis.

Explore fibrosis research and drug discovery in NASH

Many inflammatory disease processes induce fibroblast recruitment, leaving behind fibrosis in their wake; NASH is one such disease. The hallmark of NASH is fat deposition and fibrosis in the liver in the absence of excessive alcohol consumption, and it is closely tied to metabolic dysregulation.
A panel of experts discuss the industry-wide trends in cell signaling analysis and molecular pharmacology that are informing the search for NASH therapies, explore the challenges of identifying therapeutic targets for multifactorial, lifestyle-induced diseases, and share the latest details of their NASH-directed R&D efforts.


Dig into pathways and mechanisms of NAFLD

NAFLD is a multifaceted disease, confusing even the brightest scientists researching its complex pathways. Cisbio is offering you a complementary guide that helps scientists and researchers appreciate and navigate the diversity of the molecular pathways associated with the development of non-alcoholic steatohepatitis (NASH) and its progression to fibrosis. This document is organized around the progression of NAFLD.
A short introduction on the structure and function of the liver is immediatly followed by a section dedicated to NAFL, NASH, with a final section on Fibrosis. Details are given concerning the proteins involved in liver disease and key cell types such as hepatocytes, Hepatic stellate cells (HSCs), Kuppfer cells (KCs), Liver sinusoidal endothelial cells (LSECs) …


This booklet provides you with critical information regarding NAFLD and more specifically about NASH progression.

Download your guide

Benefit from a collection of the most important NAFLD pathways 

This guide offers you easy to understand pathways of the different disease stages and key proteins involved in the disease progression.

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Discover how HTRF can help you to address your challenges for your research

We are not only committed to offering the best possible tools, but also guidelines, tips, and data that will help you get the most from your time at the bench! Download our contents to fully benefit from Cisbio expertise.