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Brainさんのイラストまとめ


Brain: A Journal of Neurology. Publishing leading studies in neurological science since 1878.
academic.oup.com/brain

フォロー数:172 フォロワー数:65302

Using intraoperative microelectrode recordings of basal ganglia neurons during a supine stepping task, Gulberti et al. investigate the contribution of subthalamic and nigral neurons to freezing of gait in Parkinson’s disease. https://t.co/rIv5Uhxh7P

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Pineda-Pardo et al. show that striatal dopaminergic denervation in early Parkinson’s disease follows a somatotopic pattern, beginning with the upper limb representation in the putamen. The changes correlate with the evolution of motor features. https://t.co/fMArpLcsFg

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Carlstrom et al. review current understanding of the glymphatic system, including its structure, function and relevance to human neurological disease, and discuss the opportunities to harness glymphatic science for therapeutic applications. https://t.co/orqUrwse0E

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Young et al. review the past, present and future of advances in clinical neuroscience relating to disorders of consciousness, including key challenges associated with assessing residual consciousness. https://t.co/o8BcKQCBCK

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Mallas et al. report that traumatic brain injury patients with episodic memory impairment show abnormal activation within key attentional brain networks compared to patients with normal memory function. https://t.co/A9HgGnK4R3

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Are emotions innate or does their expression & recognition depend on contextual knowledge? Bertoux et al. use neuroimaging in patients with the semantic variant of primary progressive aphasia to explore the basis of emotion recognition. https://t.co/FmYiAIr5MF

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Hippocampal hyperactivity is a promising neuromarker for disease. Using neurofeedback and virtual reality, Skouras et al. explore how elevated amyloid and tau affect functional networks involved in hippocampal self-regulation. https://t.co/cRFI6kB7cQ

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Vascular reserve in brain resilience: pipes or perfusion? New scientific commentary by Wiesmann & de Leeuw https://t.co/P3LlM6hguM

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Betthauser et al. show that individuals with elevated levels of both pathological beta-amyloid and tau show faster cognitive decline during late middle-age than those with one or no elevated biomarkers. https://t.co/j5PoSDRNbl

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Tyzack et al. report that FUS protein – previously thought to mislocalise only in ALS patients with FUS mutations – is also mislocalised in many cases of sporadic ALS. https://t.co/Cnt5Difd02

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