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Beta-HPV Identified as Direct Driver of Skin Cancer in Immunodeficient Patient

A New England Journal of Medicine report shows beta-HPV embedding in skin cell DNA to drive carcinoma growth, prompting calls for expanded vaccination, safer sex education, targeted immune treatments

Human papillomavirus illustration
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Overview

  • The landmark case study provides the first direct evidence that beta-HPV can integrate into skin cell genomes and fuel aggressive cutaneous squamous cell carcinoma
  • Genetic analysis revealed the patient’s inherited ZAP70-linked T-cell defect prevented her immune system from clearing HPV, enabling recurrent tumors
  • A bone marrow stem cell transplant restored her immunity, eradicated all lesions and other HPV-related growths, and maintained remission over three years
  • Public health guidance is stressing that HPV spreads via skin-to-skin contact and oral sex and is urging vaccination, condom use and routine skin and cervical screenings
  • Researchers are now evaluating whether existing HPV vaccines protect against beta strains and exploring antiviral therapies for at-risk, immunocompromised individuals