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New gene for male infertility discovered

Study provides evidence the SYCP2 gene mediates male infertility. from Neuroscience News https://ift.tt/2ExBGAp

Non-motor symptoms depending on motor severity in Japanese patients with Parkinson's disease: A multicenter cross-sectional study

Although non-motor symptoms (NMS) in patients with Parkinson's disease (PD) often worsen as the severity of motor symptoms (MS) increases, few studies have assessed the associated factors of non-motor symptoms. from Journal of the Neurological Sciences https://ift.tt/2PDR7Nw

Can semantic fluency be used as an alternative or additional measure in the abbreviated Minimal Assessment of Cognitive Function in Multiple Sclerosis (aMACFIMS)?

The abbreviated Minimal Assessment of Cognitive Function in Multiple Sclerosis (aMACFIMS) was designed using four shortened measures from the MACFIMS. Semantic fluency was suggested as an alternative task; however, its equivalency as part of this battery has yet to be examined. from Journal of the Neurological Sciences https://ift.tt/2sOkaVD

A rare PANK2 deletion in the first north African patient affected with pantothenate kinase associated neurodegeneration

Neurodegeneration with brain iron accumulation (NBIA) disorders are a heterogeneous set of inherited, rare and clinically diverse neurological diseases often characterised by neuropathology of the basal ganglia as a consequence of iron deposition. They are usually childhood-onset genetic conditions and the majority of affected individuals present with developmental delay, abnormal behavior, progressive cognitive impairment and pyramidal/extrapyramidal movement disruption. Post-mortem pathology highlights axonal swellings with ubiquitinated aggregates, tau tangles or Lewy bodies, depending on the NBIA subtype [1]. from Journal of the Neurological Sciences https://ift.tt/2Z42mCc

Is there a link between lifetime lead exposure and dementia?

A new hypothesis suggests declining rates of dementia could be a result of generational differences in lifetime exposure to lead. from Neuroscience News https://ift.tt/2sJKeRU