Publications by authors named "J Rigal"

Article Synopsis
  • Clinical outcomes after a stroke cannot be predicted solely by clinical factors; instead, assessing changes in brain structure through MRI techniques like DTI and VBM during recovery may provide valuable insights.
  • A study with 21 patients evaluated motor deficits and brain changes over 4 months post-stroke, finding significant reductions in white matter integrity and increased cortical thickness in specific brain areas correlated with motor improvement.
  • Results suggest that recovery relies more on the integrity of corticospinal tract fibers from the premotor cortex than on alternate motor fiber pathways, highlighting the importance of certain brain regions in rehabilitation success.
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This review article summarizes the findings from the first virtual International End-of-Life Doula Symposium, held over 3 days on 25-27 April 2022. More than 40 people attended from seven countries, predominantly from Australia, Canada, the United States and the United Kingdom, and they were primarily experienced practitioners. In this article, we focus on participants' topics of conversations and experiences that were relevant across international boundaries, organized through the symposium themes of developments, disruptions, dilemmas and directions.

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Background: The management of perioperative iron deficiency is a component of the concept of patient blood management. The objective of this study was to update French data on the prevalence of iron deficiency in patients scheduled for major surgery.

Methods: The CARENFER PBM study was a prospective cross-sectional study in 46 centers specialized in orthopedic, cardiac, urologic/abdominal, or gynecological surgery.

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Transposable elements (TEs) are mobile sequences of DNA that can become transcriptionally active as an animal ages. Whether TE activity is simply a by-product of heterochromatin breakdown or can contribute toward the aging process is not known. Here, we place the TE under the control of the UAS GAL4 system to model TE activation during aging.

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