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IDKK1 inhibits canonical Wnt signaling in human papillomavirus-positive penile cancer cells

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Highlights • Elevated expression of Wnt pathway associated factors in HPV-positive penile cancer cells.• lacking nuclear beta-catenin translocation indicated an actively abrogated Wnt signaling.• elevated expression of the Wnt antagonist… Click to show full abstract

Highlights • Elevated expression of Wnt pathway associated factors in HPV-positive penile cancer cells.• lacking nuclear beta-catenin translocation indicated an actively abrogated Wnt signaling.• elevated expression of the Wnt antagonist DKK1 in HPV-positive penile cancer cells.• DKK1-driven autocrine Wnt pathway inhibition in penile cancer cells.• DKK1+ penile cancers are with a higher frequency HPV+, less differentiated and grow more aggressively.

Keywords: wnt; penile; cancer cells; penile cancer; positive penile

Journal Title: Translational Oncology
Year Published: 2021

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