Decision Making and the Brain: Neurologists’ View

The article reflects the fact, that concepts like decision making and free will have entered the field of cognitive neuroscience towards the end of 20th century. It gives an overview of brain structures involved in decision making and the concept of free will; and presenting the results of clinical...

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Main Authors: Dejan Georgiev, Milica Gregorič-Kramberger, Zvezdan Pirtošek
Format: Article
Language:English
Published: Croatian Interdisciplinary Society 2009-12-01
Series:Interdisciplinary Description of Complex Systems
Subjects:
Online Access:http://indecs.eu/2009/indecs2009-pp38-53.pdf
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spelling doaj-cc4ac9631a3845e09401e9f6189e96fa2020-11-24T23:55:55ZengCroatian Interdisciplinary SocietyInterdisciplinary Description of Complex Systems1334-46841334-46762009-12-01723853Decision Making and the Brain: Neurologists’ ViewDejan GeorgievMilica Gregorič-KrambergerZvezdan PirtošekThe article reflects the fact, that concepts like decision making and free will have entered the field of cognitive neuroscience towards the end of 20th century. It gives an overview of brain structures involved in decision making and the concept of free will; and presenting the results of clinical observations and new methods (functional neuroimaging, electrophysiology) it postulates possible mechanisms of these processes. We give a review of the neuroanatomy, specially discussing those parts of the brain important to the present topic, because the process of decision making is dependent on deep subcortical as well as superficial cortical structures. Dopamine has a central role in the in process of reward related behaviour and hedonism. A list of brain structures, related to dopamine action, is also given. The article especially concentrates on the Single Photon Emission Computer Tomography studies in patients with Parkinson’s disease (neuroimaging), as well as to the studies concerning the Readiness Potential and Endogeneous Potential P300 (electrophysiology). In the end, we discuss the volition, whose functional anatomy overlaps with the functional anatomy of free will and decision making processes.http://indecs.eu/2009/indecs2009-pp38-53.pdfcognitive neurosciencebraindecision makingfree willelectrophysiologyfunctional imagingdopamine
collection DOAJ
language English
format Article
sources DOAJ
author Dejan Georgiev
Milica Gregorič-Kramberger
Zvezdan Pirtošek
spellingShingle Dejan Georgiev
Milica Gregorič-Kramberger
Zvezdan Pirtošek
Decision Making and the Brain: Neurologists’ View
Interdisciplinary Description of Complex Systems
cognitive neuroscience
brain
decision making
free will
electrophysiology
functional imaging
dopamine
author_facet Dejan Georgiev
Milica Gregorič-Kramberger
Zvezdan Pirtošek
author_sort Dejan Georgiev
title Decision Making and the Brain: Neurologists’ View
title_short Decision Making and the Brain: Neurologists’ View
title_full Decision Making and the Brain: Neurologists’ View
title_fullStr Decision Making and the Brain: Neurologists’ View
title_full_unstemmed Decision Making and the Brain: Neurologists’ View
title_sort decision making and the brain: neurologists’ view
publisher Croatian Interdisciplinary Society
series Interdisciplinary Description of Complex Systems
issn 1334-4684
1334-4676
publishDate 2009-12-01
description The article reflects the fact, that concepts like decision making and free will have entered the field of cognitive neuroscience towards the end of 20th century. It gives an overview of brain structures involved in decision making and the concept of free will; and presenting the results of clinical observations and new methods (functional neuroimaging, electrophysiology) it postulates possible mechanisms of these processes. We give a review of the neuroanatomy, specially discussing those parts of the brain important to the present topic, because the process of decision making is dependent on deep subcortical as well as superficial cortical structures. Dopamine has a central role in the in process of reward related behaviour and hedonism. A list of brain structures, related to dopamine action, is also given. The article especially concentrates on the Single Photon Emission Computer Tomography studies in patients with Parkinson’s disease (neuroimaging), as well as to the studies concerning the Readiness Potential and Endogeneous Potential P300 (electrophysiology). In the end, we discuss the volition, whose functional anatomy overlaps with the functional anatomy of free will and decision making processes.
topic cognitive neuroscience
brain
decision making
free will
electrophysiology
functional imaging
dopamine
url http://indecs.eu/2009/indecs2009-pp38-53.pdf
work_keys_str_mv AT dejangeorgiev decisionmakingandthebrainneurologistsview
AT milicagregorickramberger decisionmakingandthebrainneurologistsview
AT zvezdanpirtosek decisionmakingandthebrainneurologistsview
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