Cristin-person-ID: 903117
Person

Shona Hiedi Wood

  • Stilling:
    Førsteamanuensis
    ved Institutt for arktisk og marin biologi ved UiT Norges arktiske universitet

Resultater Resultater

Circadian coupling of mitochondria in a deep-diving mammal.

Ciccone, Chiara; Kante, Fayiri; Folkow, Lars; Hazlerigg, David Grey; West, Alexander Christopher; Wood, Shona Hiedi. 2024, Journal of Experimental Biology. UITVitenskapelig artikkel

Hypothalamic tanycytes as mediators of maternally programmed seasonal plasticity.

Melum, Vebjørn Jacobsen; Sáenz de Miera, Cristina; Markussen, Fredrik Andreas Fasth; Cazarez Marquez, Fernando; Jaeger, Catherine; Sandve, Simen Rød; Simonneaux, Valérie; Hazlerigg, David Grey; Wood, Shona Hiedi. 2024, Current Biology. UIT, NMBU, UNISTRAVitenskapelig artikkel

Torpor arousal cycling during hibernation.

Wood, Shona Hiedi. 2023, Physiology in focus 2023. UITVitenskapelig foredrag

Circadian coupling of mitochondria in a deep-diving mammal.

Ciccone, Chiara; Kante, Fayiri; Folkow, Lars; Hazlerigg, David Grey; West, Alexander Christopher; Wood, Shona Hiedi. 2023, bioRxiv. UITVitenskapelig artikkel

Circadian clockwork and mitochondrial metabolism in a diving mammal: a link between hypoxia tolerance and time of the day.

Ciccone, Chiara; Kante, Fayiri; Hazlerigg, David Grey; Folkow, Lars; West, Alexander Christopher; Wood, Shona Hiedi. 2022, Europhysiology 2022. UITVitenskapelig foredrag
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Utmerkelser

  • 2022 - Europhysiology 2022 best poster prize
  • 2022 - CNRS, Biological Sciences - Diversity of biological mechanisms fund 2022
  • 2019 - Aurora outstanding operative funds Human activity and libido in the polar night and day
  • 2019 - PhD studentship, “Clocks and hypoxia: Linking oxygen to time”
  • 2019 - Sentinel North Transdisciplinary Research Program Université Laval and UiT: The role of circadian clocks in seasonal synchrony in the Arctic
  • 2019 - NFR Aurora partnering award with france
  • 2018 - Fonds Paul Mandel pour les recherches en neurosciences: Hypothalamic tanycytes as epigenetic calendars.