An updated review of the economic burden of multiple sclerosis: direct and indirect costs
Economic Impact of Multiple Sclerosis The economic impact of multiple sclerosis (MS) is profound and multifaceted, affecting not only individuals […]
Economic Impact of Multiple Sclerosis The economic impact of multiple sclerosis (MS) is profound and multifaceted, affecting not only individuals […]
Study Overview The presented case report explores a unique instance of unexpected postoperative paralysis following a periacetabular osteotomy, a surgical
Tolerating Uncertainty in Treatment In the landscape of treating functional motor disorders, the concept of tolerating uncertainty has become increasingly
Tolerating uncertainty to treat functional motor disorder Read Post »
Study Overview This case report explores an unusual instance of postoperative paralysis following a periacetabular osteotomy, a surgical procedure commonly
Tolerating Uncertainty in Treatment In the realm of medicine, particularly in the treatment of complex disorders, practitioners frequently face situations
Tolerating uncertainty to treat functional motor disorder Read Post »
Understanding Functional Motor Disorder Functional motor disorder (FMD) encompasses a range of neurological symptoms that arise when the brain’s normal
Tolerating uncertainty to treat functional motor disorder Read Post »
Current Applications in Neurology The application of portable eye-tracking technology in neurology has gained substantial momentum, primarily enhancing our understanding
Portable eye-tracking in neurology: current uses and future perspectives in cognition Read Post »
Economic Impact of Multiple Sclerosis Multiple sclerosis (MS) markedly affects not only the lives of those diagnosed but also imposes
Current Applications in Neurology Portable eye-tracking technology has found numerous practical applications within the field of neurology, significantly enhancing both
Portable eye-tracking in neurology: current uses and future perspectives in cognition Read Post »
Opportunities for Ultra-high Field MRI Ultra-high field magnetic resonance imaging (MRI), typically defined as operating at 7 Tesla (T) and