Optogenetics and its Applications in Psychology: Manipulating the Brain Using Light

<p>In a broad sense, optogenetics uses genetically addressable photosensitive tools to monitor and control activity of living cells and tissue. This paper focuses on causal manipulation of neural populations by delivering light to light-sensitive ion channels or other proteins called microbial...

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Main Author: Sander Lamballais
Format: Article
Language:English
Published: European Federation of Psychology Students' Associations 2013-08-01
Series:Journal of European Psychology Students
Subjects:
Online Access:https://jeps.efpsa.org/articles/149
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author Sander Lamballais
author_facet Sander Lamballais
author_sort Sander Lamballais
collection DOAJ
description <p>In a broad sense, optogenetics uses genetically addressable photosensitive tools to monitor and control activity of living cells and tissue. This paper focuses on causal manipulation of neural populations by delivering light to light-sensitive ion channels or other proteins called microbial opsins. This enables refined manipulation of specific types or compartments of neurons with millisecond precision, whereas traditional electrical brain stimulation affects all neurons in a given area. Additionally, intracellular pathways can be studied using opto-XRs which could aid psychopharmacological research. Recent studies have applied optogenetics to psychology, leading to new experiments and yielding interesting results. Thus, this paper attempts to make optogenetics accessible to psychologists to enrich existing psychological research methods.</p>
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spelling doaj.art-3929c1e76be2493d9cc97d60936673302022-12-21T19:27:23ZengEuropean Federation of Psychology Students' AssociationsJournal of European Psychology Students2222-69312013-08-01418710010.5334/jeps.bc30Optogenetics and its Applications in Psychology: Manipulating the Brain Using LightSander Lamballais0Erasmus University Rotterdam<p>In a broad sense, optogenetics uses genetically addressable photosensitive tools to monitor and control activity of living cells and tissue. This paper focuses on causal manipulation of neural populations by delivering light to light-sensitive ion channels or other proteins called microbial opsins. This enables refined manipulation of specific types or compartments of neurons with millisecond precision, whereas traditional electrical brain stimulation affects all neurons in a given area. Additionally, intracellular pathways can be studied using opto-XRs which could aid psychopharmacological research. Recent studies have applied optogenetics to psychology, leading to new experiments and yielding interesting results. Thus, this paper attempts to make optogenetics accessible to psychologists to enrich existing psychological research methods.</p>https://jeps.efpsa.org/articles/149optogeneticsneuroscienceneuropsychology
spellingShingle Sander Lamballais
Optogenetics and its Applications in Psychology: Manipulating the Brain Using Light
Journal of European Psychology Students
optogenetics
neuroscience
neuropsychology
title Optogenetics and its Applications in Psychology: Manipulating the Brain Using Light
title_full Optogenetics and its Applications in Psychology: Manipulating the Brain Using Light
title_fullStr Optogenetics and its Applications in Psychology: Manipulating the Brain Using Light
title_full_unstemmed Optogenetics and its Applications in Psychology: Manipulating the Brain Using Light
title_short Optogenetics and its Applications in Psychology: Manipulating the Brain Using Light
title_sort optogenetics and its applications in psychology manipulating the brain using light
topic optogenetics
neuroscience
neuropsychology
url https://jeps.efpsa.org/articles/149
work_keys_str_mv AT sanderlamballais optogeneticsanditsapplicationsinpsychologymanipulatingthebrainusinglight