Oct 24, 2024, 11:24 PM
Oct 24, 2024, 11:01 PM

New eyebrow surgery for brain tumours performed in Aberdeen

Highlights
  • A novel brain surgery method allows for tumor removal through the eyebrows, enhancing patient recovery.
  • Patients report significantly shorter hospital stays, with some discharged within a day after surgery.
  • This innovative technique has the potential to transform neurosurgical practices worldwide.
Story

In Scotland, a revolutionary brain surgery technique has been successfully implemented to remove large brain tumors through patients' eyebrows. This pioneering method, known as the Modified Eyebrow Keyhole SupraOrbital Approach, was developed by consultant neurosurgeon Anastasios Giamouriadis and represents a significant improvement over traditional surgeries, which typically require more invasive procedures and longer recovery times. Doreen Adams, a patient who underwent this surgery, described her tumor as being the size of a tennis ball and expressed gratitude for the efficient surgical process, which allowed her to leave the hospital just two days post-operation. Unlike traditional craniotomies that involve removing substantial parts of the skull, this new approach results in smaller scars and quicker recovery, with some patients returning to work within days. Observing the long recovery periods associated with craniotomies, Giamouriadis adapted existing eyebrow techniques to enhance space for removing larger growths successfully. Despite not having invented the technique itself, Giamouriadis's modifications have given them the ability to tackle tumors of significant size. He noted that their success rate for removing large tumors so effectively is unprecedented, signifying a potential shift in neurosurgical practices worldwide. Emphasizing its advantages, he mentioned that this innovative approach minimizes complications and transforms patient experiences, showcasing the evolution of neurosurgery in Scotland and offering hope for many undergoing similar challenges. Overall, this newly established methodology may offer a future direction for brain surgery globally, dependent on continual advancements and adaptations in the field.

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