Active Digestion, Kidneys & Other Organs NIHR-supported project Lungs & Breathing

Rare Forms of SLD: Study into Rare forms of Steatotic Liver Disease

In plain English

AI plain-English summary

Up to one in five patients with fatty liver disease are not overweight, and some children develop the condition before they reach adulthood. These unusual cases suggest that genetics, not just obesity, can drive the disease. Non-alcoholic fatty liver disease (NAFLD) is the most common liver disease worldwide, yet its underlying causes remain poorly understood, and no effective treatments exist. This study will recruit people with NAFLD who are either slim or developed the disease in childhood. Participants will undergo scans to measure body fat, muscle, and liver fat and scarring, followed by blood tests for fats, sugars, hormones, and faulty genes. The goal is to identify the genetic drivers that accelerate disease in these atypical patients. If successful, the findings could reveal new biological targets for drugs, potentially leading to treatments that work for all forms of NAFLD, not just those linked to obesity. This is fundamental science aimed at understanding why the liver becomes inflamed and scarred in the absence of obvious metabolic triggers.

View original technical description
Non-alcoholic fatty liver disease (NAFLD) is now the most common form of liver disease worldwide, driven by obesity and diabetes. In a proportion of patients, NAFLD progresses to an inflammatory condition, known as non-alcoholic steatohepatitis (NASH), leading to scar formation, known as fibrosis and cirrhosis. To date, there are no known effective treatments for NAFLD, partly because the underlying disease process is poorly understood. Whilst the majority of patients are obese, and come to medical attention later on in life, up to a fifth of patients are slim, and the condition sometimes occurs in childhood. We think that such patients are likely to have stronger genetic drivers of disease compared to the rest of the population, meaning that they develop the condition at a much faster rate (children) or in the absence of obesity (lean NAFLD). We propose to study people with NAFLD arising in these unusual circumstances. Participants will be invited to attend our dedicated Translational Research Facility for scans determining how much of the body consists of muscle and fat, and how much fat and scarring is contained within the liver. This will be followed by blood tests to test for fats, sugars and hormones in the blood as well as faulty genes, which could be contributing to the development of NAFLD. The findings will help us gain new insights into the drivers of disease, and has the potential to inform novel therapeutic strategies.

Researchers

Tessa Caccioittolo (Principal Investigator)

Related Research

Grants with similar aims, by meaning.

Study into Rare forms of NAFLD
Analysis of patient-derived tissues to characterise the spectrum of NAFLD to establish mechanisms driving liver disease, enhance biomarker identification and drug discovery.
SteatoSITE - An integrated gene-to-patient data commons for NAFLD research
Dietary Interactions and Risk of Non-Alcoholic Fatty Liver Disease: Epigenetics, Immune Factors and Gut Microbiome from Cohort Studies Across India
Stratification Of LIver Disease: a prospective observational cohort study to determine the optimum biomarker strategies for the detection of advanced liver disease at the primary-secondary care interface

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