Richard C. Wang

This study investigates the regulation and function of HPV16 circE7 RNA, showing that m6A modification and IRES-like motifs are critical for its formation and translation, impacting viral replication and transformation.

This study identifies low-variant allele frequency IDH1/2 mutations in sporadic angiosarcoma and shows they drive tumorigenesis through non-cell-autonomous mechanisms, responding to ivosidenib treatment.

This study identifies circular RNAs encoded by human polyomaviruses that produce proteins and may contribute to viral pathogenesis.

This study identifies circE7, a circular RNA from HPV that is translated into E7 oncoprotein, contributing to cervical cancer progression.