Sofie Tapper

Postdoc

My research aims to combine MRI methods and optical measurements for cerebral blood flow estimation with conventional neurointensive care monitoring, with the purpose of preventing secondary brain injury.

Contact

Phone number: +46 10 1032464

Publications

2024

Sofie Tapper, Anders Tisell, Jan Hillman, Karin Wårdell (2024) Method for detection of cerebral blood flow in neurointensive care using longitudinal arterial spin labeling MRI PLOS ONE, Vol. 19, Article e0314056 (Article in journal)

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2022

Nawroz Barazanji, Paul J. Hamilton, Adriane Icenhour, Rozalyn Simon, Olga Bednarska, Sofie Tapper, Anders Tisell, Peter Lundberg, Maria Engström, Susanna Walter (2022) Irritable bowel syndrome in women: Association between decreased insular subregion volumes and gastrointestinal symptoms NeuroImage: Clinical, Vol. 35, Article 103128 (Article in journal)

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2020

Sofie Tapper, Nathanael Göransson, Peter Lundberg, Anders Tisell, Peter Zsigmond (2020) A pilot study of essential tremor: cerebellar GABA+/Glx ratio is correlated with tremor severity Cerebellum & ataxias, Vol. 7 (Article in journal)

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2019

Adriane Icenhour, Sofie Tapper, Olga Bednarska, Suzanne Tyson Witt, Anders Tisell, Peter Lundberg, Sigrid Elsenbruch, Susanna Walter (2019) Elucidating the putative link between prefrontal neurotransmission, functional connectivity, and affective symptoms in irritable bowel syndrome Scientific Reports, Vol. 9, Article 13590 (Article in journal)

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Olga Bednarska, Adriane Icenhour, Sofie Tapper, Suzanne Tyson Witt, Anders Tisell, Peter Lundberg, Sigrid Elsenbruch, Maria Engström, Susanna Walter (2019) Reduced excitatory neurotransmitter levels in anterior insulae are associated with abdominal pain in irritable bowel syndrome Pain, Vol. 160, p. 2004-2012 (Article in journal)

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Research

Neuroengineering

A cross disciplinary research field combining engineering and neuroscience. The focus is set on deep brain stimulation (DBS), neuronavigation, optical measurement techniques, brain microcirculation, neuroimaging and neuromodelling.