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The field of radiology has undergone a dramatic change in the last decade due to the innovations manifesting from domains, such as electrical engineering, biomedical engineering, and computer sciences. The capability of a radiologist to gain deep insight into the working mechanisms of the brain at the anatomical and physiological level is unprecedented. Molecular and biochemical pathways undetected hitherto are now imaged consistently to provide a refined diagnosis and more reliable therapeutic plan. Although the milestones in radiology influence and propel the progress of a variety of medical domains, neuropsychiatry benefits from these technological improvements in a tangible, concrete, and translational manner. The manner and reasons, by which a brain may begin to develop abnormal functions, remains elusive. However, biomedical imaging has provided clinicians and scientists alike the ability to gain a deeper insight into fundamental substrates of the workings of the brain. Consequently, the biomedical community addressing the mental health community is now better equipped to diagnose and treat these patients. Herein, we aim to review clinical findings of brain imaging techniques in a specific subset of psychiatric disease states. Of particular interest is to examine the hypothetical implications of these discoveries in forensic psychiatry.

Neuroradiologic Applications in the Assessment of Alzheimer’s Disease and the Potential Implications of Brain Imaging in Forensic Psychiatry