There are people who make things happen, there are people who watch things happen, and; there are people who wonder what happened. To be successful, you need to be a person who makes things happens”

Background: Existing tests to assess disabilities due to functional deficits in Multiple sclerosis (MS) differ in number of items, num- ber of response-categories, domains covered, scoring systems, etc. and are not comparable. Objective: The paper proposes two methods to convert discrete raw scores of items/domains of MS tests to continuous scores fol- lowing normal distribution satisfying desired properties and facilitating meaningful comparisons, assessment of progress/deteriora- tion, parametric statistical analysis and symmetric equivalent-scores for better comparisons and integration of MS tests.

At present time the eruption of novel coronavirus allied COVID-19 disease has potentially spread and engrossed almost whole world. The world is reeling under the disaster caused by corona virus disease (SARS-CoV-2). In this review article we discuss and relate the some neurological disorder, fear and anxiety due to corona virus (SARS-CoV-2). The SARS-CoV-2 is the seventh virus of corona virus family known to infect human beings.

Introduction: The objective of our work was to determine the prevalence of anxiety-depressive disorders as well as associated so- matic comorbidities in chronic hemodialysis patients at the Donka National Hemodialysis Center. Methodology: This was a descriptive and analytical cross-sectional study over a period of two (2) months from August 1 to Septem- ber 30, 2020. We included all patients with chronic hemodialysis for more than 3 months in whom the diagnosis of anxiety-depres- sive disorder was retained after the interview with the psychiatrist. The diagnosis of anxiety-depressive disorder was made using the Anxiety and Depression Scale (HADS). Associated factors were identified by bi- and multivariate analysis

Anterior circulation strokes involving the anterior cerebral artery territory is rarer compared to middle cerebral artery territory and especially bilateral anterior cerebral artery (ACA) territory involvement is still rarer. A middle aged chronic alcoholic and smoker male non-diabetic, non-hypertensive was brought to us for acute onset of decreased responsiveness of 8-10 hours duration. On ex- amination, he was quadriplegic, mute and had preserved eye movements and intact brain stem reflexes. Brain imaging revealed acute infarct in bilateral anterior cerebral artery territory. Patient was treated with medical measures and the patient sensorium improved with disability in walking.

The present study examined the beta band electroencephalographic functional connectivity between various brain regions during different stages of spatial navigation: Planning of route, Navigation through a virtual maze, and Recall of travelled path, for navigators classified as good or bad. Coherence was used to compute functional connectivity. A graph theoretical analysis was used to quanti- fy the organizational features of functional networks at each stage in order to identify key topological differences due to different stages or individual differences.

The major part of sensing the world we live in comes from the light and sound. In this article, we discuss adaptive filtering and mapping of the light and sound information in the brain. Triplet codes are examined, cross-modally. Visual trichromacy and the tonotopic mapping in the auditory cortex are discussed. We reflect on some similarity and differences in the light and sound percep- tions.

The present study examined the beta band electroencephalographic functional connectivity between various brain regions during different stages of spatial navigation: Planning of route, Navigation through a virtual maze, and Recall of travelled path, for navigators classified as good or bad. Coherence was used to compute functional connectivity. A graph theoretical analysis was used to quanti- fy the organizational features of functional networks at each stage in order to identify key topological differences due to different stages or individual differences.