Nathalie Holme

• Holme, Nathalie Linn Anikken; Rein, Erling Bekkestad & Elstad, Maja (2016). Cardiac stroke volume variability measured non-invasively by three methods for detection of central hypovolemia in healthy humans. European Journal of Applied Physiology. ISSN 1439-6319. p. 1–10. doi: 10.1007/s00421-016-3471-2.
• Elstad, Maja; Walløe, Lars; Holme, Nathalie; Maes, Elke & Thoresen, Marianne (2014). Respiratory sinus arrhythmia stabilizes mean arterial blood pressure at high-frequency interval in healthy humans. European Journal of Applied Physiology. ISSN 1439-6319. 115(3), p. 521–530. doi: 10.1007/s00421-014-3042-3.

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• Føllesdal, Andreas; Lindberg, Maren Falch; Neupane, Sudan; Østbakken, Kjersti Misje; Harstad, Stine & Shah, Feroz Mehmood [Show all 9 contributors for this article] (2021). Fulbrightprogrammet fyller 75 år. Khrono.no. ISSN 1894-8995.
• Holme, Nathalie Linn Anikken; Skytioti, Maria; Søvik, Signe & Elstad, Maja (2020). Induced respiratory variability in arterial blood pressure lowers cerebral blood flow in healthy humans. Show summary

  In this study we examined the effect of respiratory oscillations in arterial blood pressure and cardiac output, induced by oscillatory lower body negative pressure, on cerebral blood flow in healthy humans. We found that respiratory oscillations in arterial blood pressure and cardiac output lowered the median cerebral blood flow. In addition, as oscillations in cerebral blood flow increased during oscillatory lower body negative pressure, we conclude that respiratory oscillations in arterial blood pressure and cardiac output are transferred to the cerebral circulation. Induced respiratory oscillations in arterial blood pressure and in flow therefore lower cerebral blood flow in healthy humans.

• Elstad, Maja; Skytioti, Maria; Holme, Nathalie Linn Anikken; Zilakos, Ilias & Lin, Aihua (2019). Cardiorespiratory interactions promote the human cardiovascular control.
• Ugland, Nora; Lin, Aihua; Bergersen, Tone Kristin; Andersen, Marian Berge; Holme, Nathalie Linn Anikken & Zilakos, Ilias [Show all 7 contributors for this article] (2019). The hemodynamic effects of skin blood flow in human thermoneutral zone.
• Elstad, Maja; Holme, Nathalie Linn Anikken & Skytioti, Maria (2019). Respiratory sinus arrhythmia and its contribution from the central feedforward command, the arterial baroreflex and the pulmonary stretch reflex in healthy humans.
• Holme, Nathalie Linn Anikken; Lehre, Martin Andreas; Søvik, Signe; Skytioti, Maria & Elstad, Maja (2019). Cerebral Autoregulation Fails to Maintain Cerebral Blood Flow During Arterial Blood Pressure Oscillations at Respiratory Frequency.
• Elstad, Maja; Skytioti, Maria; Holme, Nathalie Linn Anikken & Reitan, Harald (2018). Pustepumpen. [Radio]. NRK P2 Ekko.
• Elstad, Maja; Holme, Nathalie Linn Anikken & Skytioti, Maria (2018). The role of the arterial baroreflex in respiratory sinus arrhythmia in healthy humans.
• Holme, Nathalie Linn Anikken; Lehre, Martin Andreas; Søvik, Signe; Elstad, Maja & Skytioti, Maria (2018). Responses in cardiac stroke volume index and cardiac index do not differ between genders during moderate central hypovolemia.
• Holme, Nathalie; Rein, Erling Bekkestad; Walløe, Lars & Elstad, Maja (2014). Cardiothoracic impedance does not reflect beat-to-beat changes in cardiac stroke volume during mild lower body negative pressure.
• Holme, Nathalie; Rein, Erling Bekkestad; Walloe, Lars; Thoresen, Marianne & Elstad, Maja (2013). Cardiac stroke volume predicts progressive central hypovolemia by three different non-invasive methods. The FASEB Journal. ISSN 0892-6638. 27.
• Elstad, Maja; Walløe, Lars; Holme, Nathalie; Maes, Elke & Thoresen, Marianne (2013). Respiratory sinus arrhythmia stabilises mean arterial blood pressure.
• Elstad, Maja; Walløe, Lars; Holme, Nathalie; Maes, Elke & Thoresen, Marianne (2013). Respiratory sinus arrhythmia stabilises mean arterial blood pressure in healthy humans.
• Holme, Nathalie; Rein, Erling Bekkestad; Walløe, Lars; Thoresen, Marianne & Elstad, Maja (2013). Cardiac stroke volume predicts progressive central hypovolemia by three different non-invasive methods.

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