The Road to End-Stage Liver Disease: From Function Dysregulation to Architecture Remodeling
A special issue of Biomolecules (ISSN 2218-273X).
Deadline for manuscript submissions: closed (30 June 2022) | Viewed by 12751
Special Issue Editor
Interests: End-stage liver disease; liver regeneration; signaling and transcriptional regulation
Special Issue Information
Dear Colleagues,
Although there are a large number of initiating factors, the end results of liver diseases are few. Acute or chronic liver failure and portal hypertension are the two main pathophysiological alterations and clinical syndrome corresponding to the end-stage liver disease. From initiating damage to end-stage liver disease, the liver undergoes a series of functional and architectural changes, including parenchymal cell death, dysregulated immune response, failed wound healing (fibrosis), insufficient regeneration, and a distorted vascular system. Intercross different disease initiating factors lead to these severe outcomes through different mechanisms, which are relevant to different live cells, inflammatory factors, and signaling. Clarification of these mechanisms is essential and critical to understand how a healthy liver goes to disease end point.
This Special Issue entitled “The Road to End-Stage Liver Disease: From Function Dysregulation to Architecture Remodeling” provides a platform that highlights the current understanding of several crucial aspects contributing to the progress from liver damage to end-stage liver disease. The topic collection also focuses on the controversial issues relevant to wound healing, vascular remodeling, liver regeneration, and liver failure.
Dr. Honglei Weng
Guest Editor
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Keywords
- End-stage liver disease
- Liver failure
- Liver regeneration
- Portal hypertension
- Vascular remodeling
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