Publications by authors named "D J Blackburn"

Article Synopsis
  • Postoperative muscle weakness, particularly in quadriceps, affects gait biomechanics in patients after ACL reconstruction, but it's uncertain if this weakness hinders their ability to adjust their gait using real-time biofeedback.
  • This study involved 35 individuals who had undergone unilateral ACL reconstruction and aimed to assess the relationship between quadriceps strength and their ability to modify vertical ground reaction force (vGRF) through a biofeedback intervention during walking trials.
  • Results indicated no significant connection between quadriceps strength and the participants' ability to adjust their gait as measured by changes in peak vGRF, suggesting that achieving full quadriceps strength may not be essential to benefit from gait biofeedback after ACL reconstruction.
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Context: Emerging data suggests that patients with a spinal cord injury (SCI) have a higher risk of developing cognitive impairment. The true incidence of cognitive impairment in this group is unclear due to the difficulty in administering commonly used assessment tools, which are dependent on functional abilities e.g.

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Everyone should have the opportunity to participate in decisions about their health, including people living with dementia. People with dementia typically bring a companion to medical appointments, so most care decisions are made in interactions involving three parties. To make decisions about their care, patients with dementia must have the opportunity to take a turn-at-talk in conversations where decisions are made.

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The genus includes miniaturized toadlets with two distinct morphotypes: brightly colored species with a bufoniform phenotype and smaller, cryptic species with a leptodactyliform phenotype. The diversity of leptodactyliform species is still underappreciated, and we generally lack fundamental information about their biology. Recent sampling efforts, including DNA analyses and recordings of advertisement calls, have improved our understanding of this group.

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Abnormalities in cellular metabolism are seen early in Alzheimer's disease (AD). Astrocyte support for neuronal function has a high metabolic demand, and astrocyte glucose metabolism plays a key role in encoding memory. This indicates that astrocyte metabolic dysfunction might be an early event in the development of AD.

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