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Stanford Study Details How Epstein-Barr Virus Can Drive Lupus

By mapping this mechanism, scientists point to preventive vaccines alongside precise B‑cell treatments.

Overview

  • The peer‑reviewed study in Science Translational Medicine shows EBV reprogramming of B cells provides a mechanistic link to systemic lupus erythematosus.
  • Researchers found about 1 in 400 B cells carried EBV in lupus patients versus fewer than 1 in 10,000 in controls, a roughly 25‑fold difference.
  • EBV’s protein EBNA2 was shown binding and activating human genes such as ZEB2 and TBX21, pushing autoreactive B cells into inflammatory antigen‑presenting states that recruit T cells.
  • Despite EBV infecting about 95% of adults, most people do not develop lupus, indicating roles for genetics, hormones, viral strains or environmental factors.
  • Findings intensify interest in EBV vaccines and targeted B‑cell strategies, including depletion and CAR‑T approaches, though the small sample (11 lupus, 10 controls) means broader validation is needed.