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Dissertations

49. Gustavsson, J. (2024). Determinants of age-related brain iron accumulation and links to neurocognitive functions. Doctoral thesis, Karolinska Institutet [contains data from UFBI]

48. Pedersen, R. (2023). The architecture of the aging brain: functional reorganization, structural changes, and the role of dopamine receptors. Doctoral thesis, Umeå University.

47. Stålnacke, M. (2023). Cognitive function, quality of life and functional brain networks: before and after glioma surgery. Doctoral thesis, Umeå University.

46. Philipson, J. (2023). Cognitive effects of deep brain stimulation: focus on caudal zona incerta for essential tremor and Parkinson´s disease, and on bed nucleus of stria terminalis for obsessive compulsive disorder. Doctoral thesis, Umeå University [contains data from UFBI].

45. Larsson, J. (2022). Population-based studies of higher-level gait disorders and hydrocephalus: focused on brain ventricular morphometry and patient outcomes following shunt surgery. Doctoral thesis, Umeå University [contains data from UFBI].

44. Vikner, T. (2022). Cerebral arterial pulsatility imaging using 4D flow MRI. Methodological development and applications in brain aging. Doctoral thesis, Umeå University [contains data from UFBI].

43. Awad, A. (2022). Functional brain imaging of sensorimotor dysfunction and restoration: investigations of discomplete spinal cord injury and deep brain stimulation for essential tremor. Doctoral thesis, Umeå University.

42. Grill, F. (2022). Dopamine and the affective-cognitive gradient in the human striatum studied with multimodal brain imaging. Doctoral thesis, Umeå University. 

41. Koch, E. (2022). The genetics of schizophrenia: sex, drugs, and cognition. Doctoral thesis, Umeå University [contains data from UFBI].

40. Naesström, M. (2021). Deep brain stimulation in obsessive compulsive disorder. Doctoral thesis, Umeå University [contains data from UFBI].

39. Holmgren, M. (2021). 4D flow MRI and modelling to assess cerebral arterial hemodynamics: method development and evaluation, with implementation in patients with symptomatic carotid stenosis. Doctoral thesis, Umeå University [contains data from UFBI].  

38. Strong, A. (2020). Knee function, knee proprioception and related brain activity following anterior cruciate ligament injury. Doctoral thesis, Umeå University [contains data from UFBI]. 

37. Avelar Pereira, B. (2019). Multimodal imaging: Functional, structural, and molecular brain correlates of cognitive aging. Doctoral thesis, Karolinska Institutet [contains data from UFBI].

36. de Boer, L. (2019). Dopamine, decision-making, and aging. Doctoral thesis, Karolinska Institutet [contains data from UFBI].

35. Zarrinkoob, L. (2019). Cerebral blood flow distribution, collateral function and pulsatility in healthy and in patients with symptomatic carotid stenosis. Doctoral thesis, Umeå University [contains data from UFBI].

34. Holmlund, P. (2019). Fluid dynamic principles for analysis of intracranial pressure control. Doctoral thesis, Umeå University [contains data from UFBI].

33. Stillesjö, S. (2019). Similarity-based processes in human multiple-cue judgment: evidence from brain imaging and cognitive modelling. Doctoral thesis, Umeå University 

32. Nordmark, P. (2019). Structural and functional changes in the brain after surgically repaired median nerve injury. Doctoral thesis, Umeå University 

31. Gorbach, T. (2019). Methods for longitudinal brain imaging studies with dropout. Doctoral thesis, Umeå University [contains data from UFBI].

30. Bäckström, D. (2019). The biology of cognitive decline and reduced survival in Parkinson disease: prognostic factors in a population-based cohort. Doctoral thesis, Umeå University [contains data from UFBI].

29. Berginström, N. (2019). Fatigue after traumatic brain injury: exploring novel methods for diagnosis and treatment. Doctoral thesis, Umeå University [contains data from UFBI].

28. Malmberg Gavelin, H. (2019). Rehabilitation for improved cognition in stress-related exhaustion: cognitive, neural and clinical perspectives. Doctoral thesis, Umeå University [contains data from UFBI].

27. Bergman, F. (2018). Active workstations: a NEAT way to prevent and treat overweight and obesity? Doctoral thesis, Umeå University [contains data from UFBI].

26. Dunås, T. (2018). Blood flow assessment in cerebral arteries with 4D flow magnetic resonance imaging. An automated atlas-based approach. Doctoral thesis, Umeå University [contains data from UFBI].

25. Fordell, H. (2017). Virtual Reality for Enriched Rehabilitation of Stroke Patients with Spatial Neglect: Diagnostics and the Rehabilitation Effect on Spatial Attention and Neuronal Activity. Doctoral dissertaion, Umeå University [contains data from UFBI].

24. Jonasson, L. (2017). Aerobic fitness and healthy brain aging: cognition, brain structure, and dopamine. Doctoral thesis, Umeå University.

23. Bergström, F. (2016). The neural substrates of non-conscious working memory. Doctoral thesis, Umeå University.

22. Månsson, K. (2016). Restructuring the socially anxious brain: Using magnetic resonance imaging to advance our understanding of effective cognitive behaviour therapy for social anxiety disorder. Doctoral thesis, Linköping University [contains data from UFBI].

21. Stomby, A. (2015). Brain function and glucocorticoids in obesity and type 2 diabetes including effects of lifestyle interventions. Doctoral thesis, Umeå University [contains data from UFBI].

20. Wiklund-Hörnqvist, C. (2014). Brain-based teaching. Behavioural and neuro-cognitive evidence for the power of test-enhanced learning. Doctoral thesis, Umeå University.

19. Ekman, U. (2014). Functional brain imaging of cognitive status in Parkinson's disease. Doctoral thesis, Umeå University.

18. Josefsson, M. (2013). Attrition in Studies of Cognitive Aging. Doctoral thesis, Umeå University.

17. Kauppi, K. (2013). Genes to remember. Imaging genetics of hippocampus-based memory functions. Doctoral thesis, Umeå University.

16. Pudas, S (2013). Brain characteristics of memory decline and stability in aging. Doctoral thesis, Stockholm University.

15. Sjölie, D. (2013). Human brains and virtual realities. Computer-generated presence in theory and practice. Doctoral thesis, Umeå University.

14. Wåhlin, A. (2012). Cerebral blood flow and intracranial pulsatility studied with MRI - Technical, physiological and pathophysiological aspects. Doctoral thesis, Umeå University [contains data from UFBI].

13. Lindgren, L. (2012). Emotional and physiological responses to touch massage. Doctoral thesis, Umeå University.

12. Mårtensson, J. (2012). Regimented language training. Changes to brain and behaviour following intensive non-native language learning. Doctoral thesis, Lund University [contains data from UFBI].

11. Salami, A. (2012). Decoding the complex brain: Multivariate and multimodal analyses of neuroimaging data. Doctoral thesis, Umeå University.

10. Kompus, K. (2010). How the past becomes present: Neural mechanisms governing retrieval from episodic memory. Doctoral thesis, Umeå University.

9. Sandström, A. (2010). Cognitive and neuroendocrine dysfunction in women with exhaustion syndrome. Doctoral thesis, Umeå University.

8. Dahlin, E. (2009). Train your brain – updating, transfer, and neural changes. Doctoral thesis, Umeå University.

7. Theorin, A. (2009). To select one hand while using both: Neural mechanisms supporting flexible hand dominance in bimanual object manipulation. Doctoral thesis, Umeå University.

6. Olsson, C.-J. (2008). Imaging imagining actions. Doctoral thesis, Umeå University.

5. Eriksson, J. (2007). The conscious brain: Empirical investigations of the neural correlates of perceptual awareness. Doctoral thesis, Umeå University.

4. Lenfeldt, N. (2007). Aspects on intracranial pressure measurements and advanced MRI techniques in combination with CSF volume alteration. Doctoral thesis, Umeå University.

3. Lind, J. (2007). Memory, genes and brain imaging: Relating the APOE gene to brain functions and structure. Doctoral thesis, Karolinska Institute.

2. Marklund, P. (2006). Cross-functional brain imaging of attention, memory, and executive functions: Unity and diversity of neurocognitive component processes. Doctoral thesis, Umeå University.

1. Elgh, E. (2004). Neuropsychological function in relation to structural and functional brain changes in Alzheimer's disease. Doctoral thesis, Umeå University.

Latest update: 2024-07-03