Jesper Mogensen: Difference between revisions
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Neuroscience (UCN)<ref>http://ucn.psy.ku.dk</ref> and director of Research Centre for Brain Injury Rehabilitation (ReCBIR).<ref>http://recbir.psy.ku.dk/</ref> |
Neuroscience (UCN)<ref>http://ucn.psy.ku.dk</ref> and director of Research Centre for Brain Injury Rehabilitation (ReCBIR).<ref>http://recbir.psy.ku.dk/</ref> |
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Some of his primary research areas include [[Cognitive neuroscience]]; [[Functional recovery]]; Learning; Memory; [[Comparative neuropsychology]] etc.<ref>http://psychology.ku.dk/Academic_staff/?id=64816&vis=medarbejder</ref> More specifically, Jesper Mogesen has among other things recently developed the Reorganization of Elementary Functions (REF)-model that deals with the |
Some of his primary research areas include [[Cognitive neuroscience]]; [[Functional recovery]]; Learning; Memory; [[Comparative neuropsychology]] etc.<ref>http://psychology.ku.dk/Academic_staff/?id=64816&vis=medarbejder</ref> More specifically, Jesper Mogesen has among other things recently developed the Reorganization of Elementary Functions (REF)-model that deals with the seeming contradiction between the localization and post-traumatic recovery of various functions in the brain with respect to the understanding of neural substrate and post-traumatic recovery of cognitive functions in general.<ref>Mogensen, J 2011, ' Reorganization of the injured brain: implications for studies of the neural substrate of cognition ' Frontiers in Psychology , vol 2:7, pp. 1-10.</ref> |
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Some of his new research conducted in rats suggests that a combination of stress and exercise could shorten rehabilitation time after a potential stroke. Summarized by Niels Ebdrup: "Professor Mogensen's research in rats can explain the mystery of how human beings can relearn how to talk and find their way around despite the fact that a significant part of the brain has been damaged."<ref>Ebdrup, Niels. [http://sciencenordic.com/stress-and-exercise-repair-brain-after-stroke "Stress and exercise repair the brain after a stroke"], ''[[ScienceNordic]]'', Denmark, 13 January 2012. Retrieved on 13 January 2012.</ref> |
Some of his new research conducted in rats suggests that a combination of stress and exercise could shorten rehabilitation time after a potential stroke. Summarized by Niels Ebdrup: "Professor Mogensen's research in rats can explain the mystery of how human beings can relearn how to talk and find their way around despite the fact that a significant part of the brain has been damaged."<ref>Ebdrup, Niels. [http://sciencenordic.com/stress-and-exercise-repair-brain-after-stroke "Stress and exercise repair the brain after a stroke"], ''[[ScienceNordic]]'', Denmark, 13 January 2012. Retrieved on 13 January 2012.</ref> |
Revision as of 09:03, 4 April 2019
Jesper Mogensen is a Danish neuroscientist who works as a professor at the University of Copenhagen, Department of Psychology, and is the founder and head of The Unit for Cognitive Neuroscience (UCN)[1] and director of Research Centre for Brain Injury Rehabilitation (ReCBIR).[2]
Some of his primary research areas include Cognitive neuroscience; Functional recovery; Learning; Memory; Comparative neuropsychology etc.[3] More specifically, Jesper Mogesen has among other things recently developed the Reorganization of Elementary Functions (REF)-model that deals with the seeming contradiction between the localization and post-traumatic recovery of various functions in the brain with respect to the understanding of neural substrate and post-traumatic recovery of cognitive functions in general.[4]
Some of his new research conducted in rats suggests that a combination of stress and exercise could shorten rehabilitation time after a potential stroke. Summarized by Niels Ebdrup: "Professor Mogensen's research in rats can explain the mystery of how human beings can relearn how to talk and find their way around despite the fact that a significant part of the brain has been damaged."[5]
Prof. Mogensen has also occasionally appeared on Danish TV, radio broadcast and written press concerning various scientific matters, for instance brain doping, exercise and stress.[6][7][8][9]
In 1980 he finished his interdisciplinary studies at the University of Copenhagen (primarily medicine and psychology) and became a Mag.art in neuroscience and psychology in 1985.[10]
Publications
Some of Mogensen's recent publications are listed below:
Mogensen, J 2012, ' Reorganization of Elementary Functions (REF) after Brain Injury: Implications for the Therapeutic Interventions and Prognosis of Brain Injured Patients Suffering Cognitive Impairments '. i AJ Schäfer & J Müller (red), Brain Damage: Causes, Management and Prognosis. Nova Science Publishers, Inc., Hauppauge, NY
Mogensen, J 2012, ' Cognitive recovery and rehabilitation after brain injury: Mechanisms, challenges and support '. i A Agrawal (red.), Brain injury - Functional aspects, rehabilitation and prevention. InTech, Rijeka, Croatia
Mogensen, J 2011, ' Animal models in neuroscience '. i J Hau & SJ Schapiro (red), Handbook of Laboratory Animal Science: Vol. II. Animal Models. 3 udg, vol. II, C R C Press LLC, Boca Raton, Fl.
Mogensen, J 2011, ' Almost unlimited potentials of a limited neural plasticity ' Journal of Consciousness Studies, vol 18, nr. 7-8
Mogensen, J 2008, ' Hjerneskadeforskning - gennembrud, løfter og problemer: Stimulation og aktivering - af den hjerneskadede og forskningen ' Hovedcirklen, vol 19, nr. 2
References
- ^ http://ucn.psy.ku.dk
- ^ http://recbir.psy.ku.dk/
- ^ http://psychology.ku.dk/Academic_staff/?id=64816&vis=medarbejder
- ^ Mogensen, J 2011, ' Reorganization of the injured brain: implications for studies of the neural substrate of cognition ' Frontiers in Psychology , vol 2:7, pp. 1-10.
- ^ Ebdrup, Niels. "Stress and exercise repair the brain after a stroke", ScienceNordic, Denmark, 13 January 2012. Retrieved on 13 January 2012.
- ^ http://videnskab.dk/krop-sundhed/hjernedoping-gor-dig-ikke-klogere
- ^ http://videnskab.dk/krop-sundhed/stress-og-motion-genoptraener-blodprop-hjerner
- ^ http://vorespuls.dk/artikel/idraet-goer-dig-klog
- ^ http://www.dr.dk/P1/Videnskabensverden/Udsendelser/2011/03/09103811_1.htm
- ^ http://psychology.ku.dk/Academic_staff/?id=64816&f=2&vis=medarbejder