Resistance and Phylogenetic Analysis in HCV-2c Infected Patients Within the Italian Network VIRONET-C

Velia Chiara Di Maio,Silvia Barbaliscia,Lavinia Fabeni,Elisabetta Teti,Stefania Paolucci, Carmine Minichini,Marianna Aragri,Katia Yu La Rosa,Caterina Pasquazzi,Martina Milana,Luca Foroghi,Teresa Pollicino,Anna Licata,Alessandro Pieri,Valeria Pace Palitti,Bianca Bruzzone,Valeria Micheli,Ada Bertoli,Leonardo Baiocchi, Maria Paola Callegaro,Luca Carioti,Adriano Pellicelli,Filomena Morisco,Roberto Gulminetti,Stefano Novati,Miriam Lichtner,Claudio M. Mastroianni,Francesco Di Lorenzo,Pietro Andreone,Barbara Rossetti,Simona Marenco,Gloria Taliani,Enzo Boeri,Hamid Hasson,Laura Monno,Laura Ambra Nicolini,Simona Landonio, Claudio Paternoster,Massimo Puoti,Sergio Babudieri,Mariano Quartini,Nerio Iapadre,Raffaele Cozzolongo,Vincenzo Sangiovanni,Giustino Parruti,Loredana Sarmati,Nicola Coppola,Maurizio Zazzi,Giovanni Raimondo,Angelico Mario,Carlo-Federico Perno,Massimo Andreoni,Antonio Craxi,Francesca Ceccherini Silberstein

Digestive and Liver Disease/Digestive and liver disease（2020）

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摘要

Introduction: HCV-genotype 2 (GT2), particularly subtype c, is the most prevalent GT in Italy after GT1b. Few data are available regarding the resistance-associated-substitutions (RASs) to direct-acting antivirals (DAA) in GT2c. Aim of this study was to investigate the prevalence and role of RASs and presence of phylogenetic clusters in GT2c.

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Insulin Resistance

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