Active clinical trials for "Fatty Liver"

This study seeks to correlate microbiome sequencing data with information provided by patients and their medical records regarding Fatty Liver.

HITACH developed a new combi-elastography imaging technology combines shear wave imaging and strain imaging technology. In the study, not only the F index which is related to the stage of liver fibrosis can be obtained, but also the A index which is related to the stage of hepatitis can be obtained, which can not be obtained by other ultrasound devices.

To assess the prevalance of non_alcoholic fatty liver diseases in inflammatory bowel disease patients and its relation to type of treatment given and disease severity

Telomerase, through its regulatory function on telomere length may play an important role in immune function, cellular replicative life span, and carcinogenesis. Non-alcoholic fatty liver disease (NAFLD) is considered a benign condition, but in some cases, it may progress to cirrhosis and hepatocellular carcinoma. The risk factors for that evolution are not fully understood. Our group showed in a previous study, that hTERT mRNA expression is lower in peripheral lymphocytes of patients with fatty liver, compared to healthy controls. This finding could explain the telomere shortening found previously in these patients by our group [20] and others [21]. Furthermore, we found higher rates of TC in these patients, probably due to an attempt to counteract the shortening of the telomeres and to stabilize them. This is through a different mechanism that is not telomerase-mediated. Telomere capture is considered an alternative way to maintain telomere length and chromosomal stability [3]. It is a more common mechanism for chromosome stabilization and repair, in contrast to the telomerase-mediated process of chromosome healing and elongation This study aimed to evaluate mechanisms of telomere homeostasis like telomere shortening, telomerase activity, telomere capture and aneuploidy in patients with NAFLD in order to explain previous findings of telomere shortening in these patients.

Non alcoholic fatty liver disease (NAFLD) is one of the main causes of development of chronic liver disease and cirrhosis. There are no published studies which have investigated the incidence of NAFLD in pregnant women or the correlation between the metabolic changes in pregnancy and this phenomenon. We aimed in our study to explore the incidence of NAFLD in pregnancy by ultrasonography (US) during the end of the pregnancy or immediately after birth (after 36 weeks) and to look for a correlation between fatty liver and demographic, clinical, nutritional and laboratory data during pregnancy.