The story of twins Minal and Mirha, born in Pakistan and joined at the head, embodies the promise of modern medicine and technological innovation. The girls suffered from a rare condition called craniopagia, which meant they shared brain tissue and vital blood vessels, making their separation extremely risky.
Using mixed reality (MR) technology, surgeons were able to create 3D models of the twins’ heads, allowing them to simulate the surgery before hand, thereby reducing risks. A British neurosurgeon led the 14-hour operation, which was performed at a hospital in Turkey.
Two months after this complex operation, Minal and Mirha are recovering exceptionally well and are preparing to return to Pakistan.
Their medical success was a turning point not only for them but also for modern medicine, which, thanks to technological innovations, can now perform operations that were previously impossible. This medical miracle paves the way for a future full of hope and opportunity for these two little girls.
Twins Minal and Mirha, born in Pakistan last year, were separated after a complex 14-hour operation performed by British neurosurgeon Professor Nur ul Ovase Jiylani at Bilkent City Hospital in Ankara, Turkey.
They were connected at the head, sharing blood vessels and brain tissue, making their separation extremely risky.
The surgery was made possible by the use of mixed reality (MR) technology, which allowed doctors to simulate the procedure using 3D models beforehand. This improved precision and reduced risks during the procedure.
Two months after the surgery, Minal and Mirha are ready to leave the hospital and return home to Pakistan. Their recovery was described as “amazing” by Professor Jiilani, who emphasized the importance of this success for the twins’ family. They are now set to lead healthy and independent lives.
The case marked a turning point in the use of advanced medical technology, making surgeries safer and less invasive.
Professor Jiilani, already known for his complex surgeries, led the 2022 operation, which lasted 27 hours and involved more than 100 doctors working remotely.
