Inflammation-induced cholestasis (IIC) is a frequently occurring phenomenon. A central role in its pathogenesis is played by nuclear receptors (NRs). These ligand-activated transcription factors not only regulate basal expression of hepatobiliary transport systems, but also mediate adaptive responses to inflammation and possess anti-inflammatory characteristics. The latter two functions may be exploited in the search for new treatments for IIC as well as for cholestasis in general. Current knowledge of the pathogenesis of IIC and the dual role NRs in this process are reviewed. Special interest is given to the use of NRs as potential targets for intervention.</p
Cholestatic liver disorders encompass hepatobiliary diseases of diverse etiologies characterized by ...
Cholestatic liver disorders encompass hepatobiliary diseases of diverse etiologies characterized by ...
Nuclear receptors comprise a superfamily of ligand-activated transcription factors that are involved...
Inflammation-induced cholestasis (IIC) is a frequently occurring phenomenon. A central role in its p...
Inflammation-induced cholestasis (IIC) is a frequently occurring phenomenon. A central role in its p...
Inflammation-induced cholestasis (IIC) is a frequently occurring phenomenon. A central role in its p...
Inflammation-induced cholestasis (IIC) is a frequently occurring phenomenon. A central role in its p...
The liver plays a central role in the regulation of cholesterol homeostasis. Hepatic cholesterol con...
International audienceNuclear receptors (NR), the largest family of transcription factors, control m...
International audienceNuclear receptors (NR), the largest family of transcription factors, control m...
The liver plays a central role in the regulation of cholesterol homeostasis. Hepatic cholesterol con...
Cholestatic liver disorders encompass hepatobiliary diseases of diverse etiologies characterized by ...
Introduction: NF-kB is known to be activated in the early stages of cholestasis, acting a reduction ...
Cholestatic liver disorders encompass hepatobiliary diseases of diverse etiologies characterized by ...
Cholestatic liver disorders encompass hepatobiliary diseases of diverse etiologies characterized by ...
Cholestatic liver disorders encompass hepatobiliary diseases of diverse etiologies characterized by ...
Cholestatic liver disorders encompass hepatobiliary diseases of diverse etiologies characterized by ...
Nuclear receptors comprise a superfamily of ligand-activated transcription factors that are involved...
Inflammation-induced cholestasis (IIC) is a frequently occurring phenomenon. A central role in its p...
Inflammation-induced cholestasis (IIC) is a frequently occurring phenomenon. A central role in its p...
Inflammation-induced cholestasis (IIC) is a frequently occurring phenomenon. A central role in its p...
Inflammation-induced cholestasis (IIC) is a frequently occurring phenomenon. A central role in its p...
The liver plays a central role in the regulation of cholesterol homeostasis. Hepatic cholesterol con...
International audienceNuclear receptors (NR), the largest family of transcription factors, control m...
International audienceNuclear receptors (NR), the largest family of transcription factors, control m...
The liver plays a central role in the regulation of cholesterol homeostasis. Hepatic cholesterol con...
Cholestatic liver disorders encompass hepatobiliary diseases of diverse etiologies characterized by ...
Introduction: NF-kB is known to be activated in the early stages of cholestasis, acting a reduction ...
Cholestatic liver disorders encompass hepatobiliary diseases of diverse etiologies characterized by ...
Cholestatic liver disorders encompass hepatobiliary diseases of diverse etiologies characterized by ...
Cholestatic liver disorders encompass hepatobiliary diseases of diverse etiologies characterized by ...
Cholestatic liver disorders encompass hepatobiliary diseases of diverse etiologies characterized by ...
Nuclear receptors comprise a superfamily of ligand-activated transcription factors that are involved...