Medverkande i utredning : Caroline Hällsjö Sander

Valadkhani, Arman, Gupta, Anil, Cauli, Giordano, Nordström, Johan L., Rohi, Ayda, Tufexis, Panos, Hällsjö Sander, Caroline, Jacobsson, Martin och Bell, Max, Diastolic Versus Systolic or Mean Intraoperative Hypotension as Predictive of Perioperative Myocardial Injury in a White-Box Machine-Learning Model [Elektronisk resurs], Anesthesia and Analgesia, 2025

Jacobsson, Martin, Navid, Zandpour, Thorir, Sigmundsson, Björne, Håkan och Hällsjö Sander, Caroline, Deep Learning-Based Early Prediction of Intraoperative Hypotension [Elektronisk resurs], 2021

Öhman, Tomas, Sigmundsson, Thorir S., Hallbäck, Magnus, Suarez-Sipmann, Fernando, Wallin, Mats, Oldner, Anders, Björne, Håkan och Sander, Caroline Hällsjö, Clinical and experimental validation of a capnodynamic method for end-expiratory lung volume assessment [Elektronisk resurs], Acta Anaesthesiologica Scandinavica, 2020, 64 nr 5, 670–676

Sigmundsson, Thorir, Öhman, Tomas, Hallbäck, Magnus, Redondo, Eider, Suarez-Sipmann, Fernando, Wallin, Mats, Oldner, Anders, Sander, Caroline Hällsjö och Björne, Håkan, Performance of a capnodynamic method estimating effective pulmonary blood flow during transient and sustained hypercapnia [Elektronisk resurs], Journal of clinical monitoring and computing, 2018, 32 nr 2, 311–319

Hällsjö Sander, Caroline, Evaluation and development of a capnodynamic method for estimation of pulmonary blood flow in a porcine model, 2015, Karolinska Institutet, Stockholm

Hällsjö Sander, Caroline, Evaluation and development of a capnodynamic method for estimation of pulmonary blood flow in a porcine model [Elektronisk resurs], 2015, Karolinska Institutet, Stockholm

Valadkhani, Arman, Gupta, Anil, Cauli, Giordano, Nordström, Johan L., Rohi, Ayda, Tufexis, Panos, Hällsjö Sander, Caroline, Jacobsson, Martin och Bell, Max, Diastolic Versus Systolic or Mean Intraoperative Hypotension as Predictive of Perioperative Myocardial Injury in a White-Box Machine-Learning Model, Anesthesia and Analgesia, 2025, 141 nr 1, s. 5–15, : Ovid Technologies (Wolters Kluwer Health)

Jacobsson, Martin, Navid, Zandpour, Thorir, Sigmundsson, Björne, Håkan och Hällsjö Sander, Caroline, Deep Learning-Based Early Prediction of Intraoperative Hypotension, 2021

Öhman, Tomas, Sigmundsson, Thorir S., Hallbäck, Magnus, Suarez-Sipmann, Fernando, Wallin, Mats, Oldner, A, Björne, Håkan och Sander, Caroline Hällsjö, Clinical and experimental validation of a capnodynamic method for end-expiratory lung volume assessment, Acta Anaesthesiologica Scandinavica, 2020, 64 nr 5, s. 670–676, : WILEY

Sigmundsson, Thorir Svavar, Öhman, Tomas, Hallbäck, Magnus, Redondo, Eider, Suarez-Sipmann, Fernando, Wallin, Mats, Oldner, A, Sander, Caroline Hällsjö och Björne, Håkan, Performance of a capnodynamic method estimating effective pulmonary blood flow during transient and sustained hypercapnia, Journal of clinical monitoring and computing, 2018, 32 nr 2, s. 311–319, : SPRINGER HEIDELBERG

Hällsjö Sander, Caroline, Sigmundsson, T, Hallbäck, Magnus, Suarez-Sipmann, Fernando, Wallin, Mats, Oldner, A och Björne, Hakan, A modified breathing pattern improves the performance of a continuous capnodynamic method for estimation of effective pulmonary blood flow, Journal of clinical monitoring and computing, 2017, 31 nr 4, s. 717–725, : SPRINGER HEIDELBERG

Sander, Caroline Hällsjö, Lönnqvist, Per-Arne, Hallbäck, Magnus, Suarez Sipmann, Fernando, Wallin, Mats, Oldner, A och Björne, Håkan, Capnodynamic assessment of effective lung volume during cardiac output manipulations in a porcine model, Journal of clinical monitoring and computing, 2016, 30 nr 6, s. 761–769, : Springer Science and Business Media LLC