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Clark, Elisia, author.
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control mature FXN levels but evolve to a milder phenotype with slower disease progression and
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Feeney, Daniel Francis, author. (orcid)0000-0001-6576-234X
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Proportional-Integral-Derivative (PID) control algorithm to activate a pool of motor units to simulate the
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Fouad, Anthony Demharter, author.
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Understanding the neuronal control of movement has been a central goal of neuroscience for decades
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Yu, Qili, author.
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relatively normal myelin-related phenotype compared to age-matched control animals, indicating that the gene
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Swartz, Elliot Wales, author.
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-cultures. Use of genetically encoded ChannelRhodopsin-2 allowed for optogenetic control of NMJ physiology, which
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Browne, Andrew, author. (orcid)0000-0001-6513-6054
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siblings into hiPSCs, and differentiated them into NPCs and neurons. Extensive quality control of hiPSCs
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Bruce, Casey, author.
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/sensory processing which negatively impact motor control and function. While these neural and sensorimotor
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Svane, Kirsten, author.
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NOS1AP expression in patients with SCZ and genotyped patients and healthy control subjects for single
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Young, Christina B., author.
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executive control network to coordinate cognitive activity at moderate levels of arousal, but is unable to
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KC, Luna, author.
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two identical chambers: a control chamber (CC) with ambient air and a treatment chamber (TC) with
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Dekleva, Brian Michael, author.
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. Studies of motor control often attempt to minimize further complication by using controlled environments
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Vance, Steven Zebulon, author.
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control Abeta. This study identified several promising ways to regulate Abeta aggregation: phenylethanoids

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