Tag: mIR-122

Netcast

TWiV 580: Noncoding RNA with Chris Sullivan

December 29, 2019
Tagged as: DUSP11, hepatitis C virus, microrna, mIR-122, miRNA, noncoding RNA, papillomavirus, polyomavirus, RNA triphosphatase, RNAi, viral, virology, viruria, virus, Xrn1

From the University of Texas at Austin, Vincent and Rich speak with Chris Sullivan about his work on miRNAs encoded in the genomes of polyomaviruses and papillomaviruses, and how an RNA triphosphatase restricts hepatitis C virus replication.

TWiV 389: Alphabet hepatitis with Stan Lemon

May 15, 2016
Tagged as: antiviral, Epstein-Barr virus, hepatitis A virus, hepatitis C virus, mIR-122, naked virus, quasi-enveloped virus, Stan Lemon, viral, virology, virus, viruses

Vincent speaks with Stan Lemon about his career in virology, from early work on Epstein Barr virus, through making essential discoveries about hepatitis A virus, hepatitis C virus, and rhinoviruses.

Netcast

TWiV 324: Viruses in the miR may appear more numerous

February 15, 2015
Tagged as: 5'-untranslated region, argonaute, flavivirus, hcv, hepatitis C virus, microrna, mIR-122, PCBP2, poly(C) binding protein, replication, translation, viral, virology, virus

Lee joins the TWiV team to discuss the value of post-doctoral training, and how a cellular microRNA assists in the replication of hepatitis C virus.

Netcast

TWiV 180: Throwing IFIT at flu and holding a miR to HCV

April 22, 2012
Tagged as: argonaute, disease susceptibility, hcv, hepatitis, ifitm3, influenza, interferon, IRES, isg, micro rna, mIR-122, RNA, translation, viral, virology, virus

Vincent, Alan, and Rich review association of an interferon-induced protein with severe influenza, and stabilization of HCV RNA by a microRNA.

Netcast

TWiV 97: California virology

September 5, 2010
Tagged as: hcv, hepatitis C virus, internal ribosome binding, IRES, microrna, mIR-122, picornavirus, poliovirus, translation, viral, virology, virus

During a trip to California, Vincent visited Peter Sarnow and Bert Semler and spoke with them about their work on internal ribosome entry, and the requirement for a cellular microRNA for hepatitis C virus replication.