In conditions of chronically stimulated bile acid syntehsis , obtained by pharmacological interruption of bile acid recirculation, inhibition of HMGCoA-reductase induces a relative reduction of Bile Acids synthesis rates. These data suggets taht newly synthesized cholestreol avilabuility maybe a limiting factor for bile acid synthesis under these conditions as previously observed in bile fistula patients.These findings indirectly suggedt a feedforward stimulation exerted by intracellular newly synthesized choletsreol on bile acids synthesis which might involve nuclear receptor and/or coactivators of 7 alpha hydroxylase transcription.
regulation of bile acid synthesis in humans: availability of newly sythetized cholesterol is a limiting fator during pharmacological inhibition of bile acid recirculation / Bertolotti, Marco; Zambianchi, L; Carulli, Lucia; Loria, Paola; Simonini, Ms; Carulli, Nicola. - In: HEPATOLOGY. - ISSN 0270-9139. - STAMPA. - 36:(2002), pp. 298-298. (Intervento presentato al convegno 29.53rdAnnual Meeting of the American Association for the Study of Liver Diseases. Boston Massachusetts, USA, Novembre 1-5, 2002 tenutosi a Boston, USA nel 1.11.2002).
regulation of bile acid synthesis in humans: availability of newly sythetized cholesterol is a limiting fator during pharmacological inhibition of bile acid recirculation.
BERTOLOTTI, Marco;CARULLI, Lucia;LORIA, Paola;CARULLI, Nicola
2002
Abstract
In conditions of chronically stimulated bile acid syntehsis , obtained by pharmacological interruption of bile acid recirculation, inhibition of HMGCoA-reductase induces a relative reduction of Bile Acids synthesis rates. These data suggets taht newly synthesized cholestreol avilabuility maybe a limiting factor for bile acid synthesis under these conditions as previously observed in bile fistula patients.These findings indirectly suggedt a feedforward stimulation exerted by intracellular newly synthesized choletsreol on bile acids synthesis which might involve nuclear receptor and/or coactivators of 7 alpha hydroxylase transcription.Pubblicazioni consigliate
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