Odin Joensen

The Effects of Hyper- and Hypoventilation on Cerebral Physiology in a Healthy and Compromised Brain State: An Experimental Pig Model with State-of-the-Art Neuromonitoring

Svedung-Wettervik, Teodor; Joensen, Odin; Alhamdan, Modar; Hånell, Anders et al.

Part of Journal of Neurotrauma, 2025

• DOI for The Effects of Hyper- and Hypoventilation on Cerebral Physiology in a Healthy and Compromised Brain State: An Experimental Pig Model with State-of-the-Art Neuromonitoring
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Intracranial response to positive end-expiratory pressure is influenced by lung recruitability and gas distribution during mechanical ventilation in acute brain injury patients: a proof-of-concept physiological study

Bencze, Reka; Kawati, Rafael; Hånell, Anders; Lewen, Anders et al.

Part of Intensive Care Medicine Experimental, 2025

• DOI for Intracranial response to positive end-expiratory pressure is influenced by lung recruitability and gas distribution during mechanical ventilation in acute brain injury patients: a proof-of-concept physiological study
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Comparison of different methods for lung immobilization in an animal model

Lo Mauro, Antonella; Aliverti, Andrea; Joensen, Odin; Karaca, Irfan et al.

Part of Radiotherapy and Oncology, p. 151-158, 2020

• DOI for Comparison of different methods for lung immobilization in an animal model

The Effects of Hyper- and Hypoventilation on Cerebral Physiology in a Healthy and Compromised Brain State: An Experimental Pig Model with State-of-the-Art Neuromonitoring

Svedung-Wettervik, Teodor; Joensen, Odin; Alhamdan, Modar; Hånell, Anders et al.

Part of Journal of Neurotrauma, 2025

• DOI for The Effects of Hyper- and Hypoventilation on Cerebral Physiology in a Healthy and Compromised Brain State: An Experimental Pig Model with State-of-the-Art Neuromonitoring
• Download full text (pdf) of The Effects of Hyper- and Hypoventilation on Cerebral Physiology in a Healthy and Compromised Brain State: An Experimental Pig Model with State-of-the-Art Neuromonitoring

Intracranial response to positive end-expiratory pressure is influenced by lung recruitability and gas distribution during mechanical ventilation in acute brain injury patients: a proof-of-concept physiological study

Bencze, Reka; Kawati, Rafael; Hånell, Anders; Lewen, Anders et al.

Part of Intensive Care Medicine Experimental, 2025

• DOI for Intracranial response to positive end-expiratory pressure is influenced by lung recruitability and gas distribution during mechanical ventilation in acute brain injury patients: a proof-of-concept physiological study
• Download full text (pdf) of Intracranial response to positive end-expiratory pressure is influenced by lung recruitability and gas distribution during mechanical ventilation in acute brain injury patients: a proof-of-concept physiological study

Comparison of different methods for lung immobilization in an animal model

Lo Mauro, Antonella; Aliverti, Andrea; Joensen, Odin; Karaca, Irfan et al.

Part of Radiotherapy and Oncology, p. 151-158, 2020

• DOI for Comparison of different methods for lung immobilization in an animal model