
The Role of Microrobots in Emerging Medicine
Tech ve medicine When combined, great innovations emerge for humanity. In recent years, there have been revolutionary developments in the diagnosis and treatment of neurological diseases. In this context, the Paris-based Robeauté startup has produced a small robot that can navigate the human brain. These microrobots have the potential to radically change treatment processes by making current methods in brain surgery less invasive.
Structure and Functioning of Micro Robots
Micro robots, the size of a grain of rice These robots can be inserted into the brain through a 3-millimeter-wide hole in the skull. They can reach hard-to-reach areas by meandering through the intercellular material inside the brain. Co-founder and CEO of Robeauté, Joana Cartocci, says these microrobots are less invasive than traditional instruments used for brain surgery.
Minimally Invasive Surgical Methods
Traditional brain surgery usually hard tools is done with and carries serious risks. However, the micro robots developed by Robeauté, ability to move within tissue It draws attention with its ability. These robots can be followed in real time by advancing on a certain path and provide great convenience to neurosurgeons. Thus, the recovery process of patients is accelerated and the risk of complications is reduced.
Advantages of Robots
- Less Invasive: Micro robots can perform operations by affecting less tissue compared to traditional methods.
- Real Time Monitoring: Surgeons can instantly monitor the movement of microrobots and intervene.
- Various Application AreasThese robots can be used for a range of procedures, including taking biopsies, delivering drugs, and placing electrodes.
- Rapid Recovery of Patients: Thanks to minimally invasive procedures, patients undergo a faster recovery process.
Future Vision: Human Trials
Robeauté aims to start human trials of its microrobots in 2024. This phase is critical to seeing and developing the potential of the technology. If successful, the company plans to seek regulatory approval for drug delivery by 2030. During this process, the microrobots personalized treatment The potential to offer new methods will create a groundbreaking change in medicine.
A New Era in Brain Surgery
The development of microrobots is a significant milestone in the field of neurosurgery. This new technology promises to provide more effective and safer methods for diagnosing and treating diseases. Bertrand Duplat, CEO of Robeauté, emphasizes that microrobots have an untapped potential in medicine and that this technology, will radically change the treatment processes of patients states.
Conclusion: Innovative Approaches in Healthcare
With the development of technology, innovative approaches in healthcare are coming to the forefront. Robeauté’s microrobots have the potential to revolutionize brain surgery and aim to improve the quality of life of patients with minimally invasive surgical methods. Such innovations will have an important place in the future of medicine and will make healthcare more accessible.