Countdown for head transplant! Discussions have begun in the health world

Berlin-based startup BrainBridge has begun work on the world's first "head transplant" using robotic systems. This project has brought about many discussions in the health world.

BrainBridge, a Berlin-based startup in Germany , announced that it plans to perform head transplant surgeries using robotic technologies within the next decade .

After BrainBridge's announcement, discussions began in the health sector about "is head transplantation possible?" While many people say that this is scary, many others say that they believe this project will bring immortality.

This ambitious project, which brings together advanced artificial intelligence and robotic systems, aims to provide solutions to serious medical conditions such as fatal diseases and neurodegenerative disorders.

WHEN WILL THE FIRST HEAD TRANSPLANTATION HAPPEN?
The initiative’s director, molecular biologist Hashem Al-Ghaili, predicts the first head transplant operation will take place within eight years, during which time the best specialists will be recruited and technologies will be developed that will tackle major medical challenges such as spinal cord repair.

ROBOTIC SYSTEMS WILL BE USED
BrainBridge’s system is still in the conceptual phase. It will use high-speed robotic systems to preserve the brain during surgery. These robots are designed to ensure precise transplantation of the head onto a compatible donor body. It will also use younger donor tissue to minimize the risk of rejection and improve aesthetic appearance.

'THE QUALITY OF LIFE WILL INCREASE AFTER SURGERY'
Another notable innovation of the initiative is the BrainBridge headband, equipped with a brain-computer interface. This technology aims to enable patients to communicate their needs during the recovery process and to perform tasks independently using their thoughts. In this way, patients' autonomy and quality of life will be increased after surgery.

Working with robotics and artificial intelligence experts, BrainBridge aims to provide high compatibility and seamless integration across all procedures. The use of autonomous surgical robots is expected to increase surgical precision, shorten recovery times, and minimize human error .