Research on the use of advanced imaging techniques while respecting intellectual property protection

Abstract. The concept of input-output correlation refers to the relationship between information obtained through advanced imaging techniques (input) and clinical outcomes observed after surgical interventions (output). It is an essential component of neurosurgery, with a significant impact on diagnostic processes, therapeutic planning, and patient management. This correlation facilitates a better understanding of brain pathology and contributes to optimising surgical interventions, reducing risks, and improving patient outcomes. This model is based on data analysis and its interpretation in the context of the patient's health status. In neurosurgery, images obtained with techniques such as MRI (Magnetic Resonance Imaging) or CT (Computed Tomography) are essential for identifying structural abnormalities and assessing patient condition before surgery. The processes of interpreting brain images can include, in addition to identifying lesions, evaluating their impact on brain functions. The neurosurgeon can use MRI data to determine the tumour’s precise location and assess its relationship to adjacent anatomical structures, such as blood vessels and healthy functional brain tissue. This assessment helps plan the surgical intervention, ensuring favourable patient outcomes.