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Browse 1,279 clinical trials for liver disease. Find studies that match your criteria and connect with research centers.
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NCT04273750
Hepatorenal syndrome is a life-threatening medical condition and a serious complication of advanced liver scarring (cirrhosis). It consists of a deterioration of the function of the kidneys caused by a severe alteration in the circulation (blood flow to the kidneys) due to liver cirrhosis. Only around half of the patients respond to treatment which consists of intravenous medication. Moreover, the adrenal glands, which are located on the kidneys, also suffer an alteration in the blood flow leading to deterioration in their function as well. Thus, these patients produced less cortisol than needed; this situation is called "relative adrenal insufficiency". Cortisol is an important hormone necessary in extreme situations such as severe diseases. This is a study which will assess the relationship between the presence of adrenal dysfunction and failure to treatment in patients with hepatorenal syndrome.
NCT00714129
The worldwide epidemic of obesity is paralleled with increased cases of non-alcoholic liver disease (liver fat accumulation) and diabetes. Fat belongs in the adipose tissue, and if excess fat accumulates in the liver or muscle, these tissues cannot use sugar efficiently. It has been discovered that when large quantities of fructose (a sugar present in soft drinks) are consumed, the conversion of carbohydrate (CHO) to fat in the liver increases. We hypothesize that: 1) subjects with fatty liver have a higher CHO uptake and conversion to fat in their liver when compared to matched control subjects with normal liver fat content; and that: 2) when subjects with fatty liver are fed a diet limiting fructose and simple sugars will decrease their liver CHO fat content. This reduction in liver fat will normalize the way the liver responds to sugar and insulin, reversing the pre-diabetic state. The measurement of these parameters will be done using state-of-the-art techniques such as safe non-radioactive isotope tracers and non-invasive magnetic resonance spectroscopy. For more information, please call 415-206-5532 for a phone screening