We are worldwide acknowledged experts in brain structural connectivity estimation and analysis. Our advanced processing pipelines leverage cutting-edge techniques to ensure precise e reliable results.
We use advanced imaging techniques to reconstruct the intricate pathways of the brain, with a strong focus on tractography optimization to minimize false positives, providing a detailed view of real neural connections and enhancing the accuracy of your analysis.
Our integrated approach combines various imaging modalities to offer comprehensive connectivity assessments, improving our understanding of neural networks and allowing for more accurate and detailed mapping of brain function and structure.
Investigating the effects of drugs on brain connectivity is crucial for the development of new treatments. By employing state of the art methods and robust analytical approaches, we can assess changes in connectivity patterns that occur with drug administration, providing valuable insights that guide the formulation of safer and more effective treatments.
Enhancing the accuracy and safety of neurosurgical procedures is essential in achieving optimal patient outcomes. By utilizing advanced imaging techniques and detailed brain mapping, surgeons can obtain precise information about the brain's structure and function. This allows for better identification of critical areas, minimizing the risk of damage to essential neural pathways during surgery.
Creating accurate 3D models of brain structures for training and educational purposes is revolutionizing the way neurosurgeons develop their skills. We can produce highly detailed imaging reconstructions of individual patients anatomy, which can used to create realistic models for surgical training and planning.
From academic research to clinical diagnostics, our expertise can serve a wide range of applications. If you're interested in learning more about how we can assist with your project, please contact us to discuss your needs and explore potential solutions.
