Study Reveals HPV Virus Directly Linked to Skin Cancer
(MENAFN) A study published Wednesday in the New England Journal of Medicine reveals that a strain of human papillomavirus (HPV), typically found on the skin, is capable of directly causing a form of skin cancer. The discovery shifts longstanding scientific understanding of the virus’s role in cancer development.
Previously believed to merely contribute to skin cancer, beta-HPV has now been shown to be an active cause. “The virus replicated in a somewhat uncontrolled manner and ended up integrating into the skin cells and once they did that, they became cancerous,” said Andrea Lisco, the study's senior author.
Researchers detailed the case of a 34-year-old woman who suffered repeated recurrences of squamous cell carcinoma, a type of skin cancer, on her forehead despite undergoing multiple treatments. Initially, doctors suspected sun exposure and a weakened immune system were the culprits. However, further investigation revealed that beta-HPV had integrated itself into the DNA of her skin cells, triggering the production of viral proteins that took control of the cells.
This finding marks the first time beta-HPV has been shown to cause such cancerous changes, challenging prior assumptions about its limited effect on humans.
Beta-HPV is present in roughly 90% of individuals, typically residing on the skin without integrating into skin cell DNA. Lisco emphasized that while the virus is common and spreads easily through casual contact, a healthy immune system typically prevents it from causing harm.
“This discovery could completely change how we think about the development, and consequently the treatment, of cSCC in people who have a health condition that compromises immune function,” Lisco added.
Previously believed to merely contribute to skin cancer, beta-HPV has now been shown to be an active cause. “The virus replicated in a somewhat uncontrolled manner and ended up integrating into the skin cells and once they did that, they became cancerous,” said Andrea Lisco, the study's senior author.
Researchers detailed the case of a 34-year-old woman who suffered repeated recurrences of squamous cell carcinoma, a type of skin cancer, on her forehead despite undergoing multiple treatments. Initially, doctors suspected sun exposure and a weakened immune system were the culprits. However, further investigation revealed that beta-HPV had integrated itself into the DNA of her skin cells, triggering the production of viral proteins that took control of the cells.
This finding marks the first time beta-HPV has been shown to cause such cancerous changes, challenging prior assumptions about its limited effect on humans.
Beta-HPV is present in roughly 90% of individuals, typically residing on the skin without integrating into skin cell DNA. Lisco emphasized that while the virus is common and spreads easily through casual contact, a healthy immune system typically prevents it from causing harm.
“This discovery could completely change how we think about the development, and consequently the treatment, of cSCC in people who have a health condition that compromises immune function,” Lisco added.

Legal Disclaimer:
MENAFN provides the
information “as is” without warranty of any kind. We do not accept
any responsibility or liability for the accuracy, content, images,
videos, licenses, completeness, legality, or reliability of the information
contained in this article. If you have any complaints or copyright
issues related to this article, kindly contact the provider above.
Most popular stories
Market Research

- 1Inch Becomes First Swap Provider Relaunched On OKX Wallet
- Ecosync & Carboncore Launch Full Stages Refi Infrastructure Linking Carbon Credits With Web3
- Leverage Shares Launches First 3X Single-Stock Etps On HOOD, HIMS, UNH And Others
- GCL Subsidiary, 2Game Digital, Partners With Kucoin Pay To Accept Secure Crypto Payments In Real Time
- Kintsu Launches Shype On Hyperliquid
- PLPC-DBTM: Non-Cellular Oncology Immunotherapy With STIPNAM Traceability, Entering A Global Acquisition Window.
Comments
No comment