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Hepatitis C is the leading cause of chronic liver disease and cirrhosis in United States veterans. Cirrhosis is associated with impaired antibody responses and increased risk of bacterial infections. We have recently identified that cirrhosis is associated with abnormalities of memory B-cells, cells that make antibodies and help protect against bacterial infections. We have identified that chemicals associated with gut bacteria might play a role in causing these B-cell abnormalities. It is well known that gut bacteria have increased access to the blood in individuals with cirrhosis, a process called bacterial translocation. We hypothesize that reducing bacteria counts in the gut by using poorly-absorbed antibiotics (also known as selective gut decontamination) will partially reverse losses of memory B-cells in cirrhosis by reducing bacterial translocation.
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We intend to enroll 18 patients with cirrhosis who do not have hepatic encephalopathy to prospectively evaluate the impact of rifaximin on B-cell phenotype and function. We plan to employ a randomized, double-masked, prospective crossover design to minimize bias. Subjects will be randomized to receive either rifaximin SSD 80mg or a matched placebo once daily for 12 weeks then crossed over to opposite therapy for 12 weeks. Serum and lymphocytes will be collected at baseline and every 4 weeks for in vitro assessment markers of gut microbial translocation and B-cell assays. Stool will be collected at baseline and every 12 weeks for future evaluation of changes of the gut microbiome.
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13 participants in 2 patient groups
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Data sourced from clinicaltrials.gov
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