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Brian C. Clark

Researcher at Ohio University

Publications -  182
Citations -  7970

Brian C. Clark is an academic researcher from Ohio University. The author has contributed to research in topics: Sarcopenia & Skeletal muscle. The author has an hindex of 42, co-authored 166 publications receiving 6203 citations. Previous affiliations of Brian C. Clark include University of Florida & Arizona State University.

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Restoration of voluntary muscle strength after 3 weeks of cast immobilization is suppressed in women compared with men.

TL;DR: These findings suggest sex-dependent adaptations to and recovery from limb immobilization, with voluntary strength recovering slower in women, and sex-specific rehabilitation protocols may be warranted, with women requiring additional or more intensive rehabilitation programs after periods of disuse.
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Cortical and spinal mechanisms of task failure of sustained submaximal fatiguing contractions.

TL;DR: The results suggest that as fatigue develops prior to task failure, the increase in corticospinal excitability observed in relationship to the decrease in spinal excitability results from a combination of decreasing intracortical inhibition with constant levels of intrACortical facilitation and upstream excitability that together eventually fail to provide the input to the motor cortex necessary for descending drive to overcome the spinal cord resistance.
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Effects of persistent Mal de debarquement syndrome on balance, psychological traits, and motor cortex exctiability

TL;DR: It is observed that patients with MdDS exhibit higher MT and large MEP amplitudes, but do not exhibit differences in measures of intracortical excitability, compared to controls.
Journal Article

A fast, economical and efficient method for DNA purification by use of a homemade bead column.

TL;DR: A fast, efficient and economical method for purification of DNA from various sources by the use of silica particles packed in homemade bead columns is described, highly suitable for multiple sample handling in the preparation of DNA for sequencing and other purposes.
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Handgrip strength asymmetry is associated with future falls in older Americans.

TL;DR: Asymmetric HGS, as a possible biomarker of impaired neuromuscular function, may help predict falls and it is recommended that HGS asymmetry be considered in HGS protocols and fall risk assessments.