| Plural | hypercolumns |
hypercolumn organization
hypercolumnorganisation
hypercolumn structure
hypercolumnstruktur
visual hypercolumn
visuel hypercolumn
cortical hypercolumn
kortikale hypercolumn
hypercolumn model
hypercolumnmodel
hypercolumns
hypercolumns
hypercolumnar
hypercolumnar
hypercolumn theory
hypercolumn teori
hypercolumn system
hypercolumn system
functional hypercolumn
funktionel hypercolumn
visual cortex hypercolumns process orientation, ocular dominance, and color information simultaneously.
De hyperkolonner i det visuelle korteks behandler orientering, øjenherskab og farveinformation samtidig.
neuroscientists have mapped the hypercolumn organization throughout the primary visual area.
Neurovidenskabsmænd har kortlagt hyperkolonnerne i hele det primære visuelle område.
the hypercolumn hypothesis revolutionized our understanding of cortical columnar structure.
Hyperkolonnens hypotese revoluderede vores forståelse af kortikal kolonnestruktur.
each hypercolumn represents a complete set of features for a specific visual field location.
Hver hyperkolonne repræsenterer et komplet sæt funktioner for en bestemt visuel felter placering.
damage to a hypercolumn can cause specific deficits in visual perception and processing.
Skade på en hyperkolonne kan føre til specifikke mangler i visuel opfattelse og behandling.
research indicates that hypercolumns enable parallel processing of multiple visual attributes.
Forskning viser, at hyperkolonner gør det muligt at behandle flere visuelle attributter parallelt.
clinical studies correlate hypercolumn dysfunction with certain neurological and psychiatric disorders.
Kliniske studier relaterer hyperkolonnens dysfunktion til bestemte neurologiske og psykiatriske lidelser.
the hypercolumn model explains how the brain achieves integration of visual features.
Hyperkolonnemodellen forklarer, hvordan hjernen opnår integration af visuelle funktioner.
fmri studies reveal hypercolumn activity patterns during complex visual recognition tasks.
FMRI-studier afslører hyperkolonnens aktivitetsmønstre under komplekse visuelle genkendelsesopgaver.
neuroplasticity allows hypercolumns to reorganize and adapt following sensory deprivation.
Neuroplasticitet gør det muligt for hyperkolonner at genorganisere og tilpasse sig efter sensorisk mangfold.
hypercolumns are considered fundamental units of cortical computation in mammalian brains.
Hyperkolonner anses for at være grundlæggende enheder i kortikal beregning i pattedyrs hjerner.
the hypercolumn theory suggests modular boundaries are maintained throughout cortical development.
Hyperkolonnens teori antyder, at modulære grænser opretholdes gennem hele kortikal udvikling.
computational models simulate hypercolumn interactions to understand feature integration mechanisms.
Beregningsmodeller simulerer interaktionen mellem hyperkolonner for at forstå mekanismerne bag funktionens integration.
high-resolution imaging has revealed the detailed architecture of individual hypercolumns.
High-resolution billeddannelse har afsløret den detaljerede arkitektur af individuelle hyperkolonner.
studies of hypercolumn development show progressive specialization of neural responses over time.
Studier af hyperkolonnens udvikling viser, at neurale reaktioner gradvist specialiseres over tid.
hypercolumn organization
hypercolumnorganisation
hypercolumn structure
hypercolumnstruktur
visual hypercolumn
visuel hypercolumn
cortical hypercolumn
kortikale hypercolumn
hypercolumn model
hypercolumnmodel
hypercolumns
hypercolumns
hypercolumnar
hypercolumnar
hypercolumn theory
hypercolumn teori
hypercolumn system
hypercolumn system
functional hypercolumn
funktionel hypercolumn
visual cortex hypercolumns process orientation, ocular dominance, and color information simultaneously.
De hyperkolonner i det visuelle korteks behandler orientering, øjenherskab og farveinformation samtidig.
neuroscientists have mapped the hypercolumn organization throughout the primary visual area.
Neurovidenskabsmænd har kortlagt hyperkolonnerne i hele det primære visuelle område.
the hypercolumn hypothesis revolutionized our understanding of cortical columnar structure.
Hyperkolonnens hypotese revoluderede vores forståelse af kortikal kolonnestruktur.
each hypercolumn represents a complete set of features for a specific visual field location.
Hver hyperkolonne repræsenterer et komplet sæt funktioner for en bestemt visuel felter placering.
damage to a hypercolumn can cause specific deficits in visual perception and processing.
Skade på en hyperkolonne kan føre til specifikke mangler i visuel opfattelse og behandling.
research indicates that hypercolumns enable parallel processing of multiple visual attributes.
Forskning viser, at hyperkolonner gør det muligt at behandle flere visuelle attributter parallelt.
clinical studies correlate hypercolumn dysfunction with certain neurological and psychiatric disorders.
Kliniske studier relaterer hyperkolonnens dysfunktion til bestemte neurologiske og psykiatriske lidelser.
the hypercolumn model explains how the brain achieves integration of visual features.
Hyperkolonnemodellen forklarer, hvordan hjernen opnår integration af visuelle funktioner.
fmri studies reveal hypercolumn activity patterns during complex visual recognition tasks.
FMRI-studier afslører hyperkolonnens aktivitetsmønstre under komplekse visuelle genkendelsesopgaver.
neuroplasticity allows hypercolumns to reorganize and adapt following sensory deprivation.
Neuroplasticitet gør det muligt for hyperkolonner at genorganisere og tilpasse sig efter sensorisk mangfold.
hypercolumns are considered fundamental units of cortical computation in mammalian brains.
Hyperkolonner anses for at være grundlæggende enheder i kortikal beregning i pattedyrs hjerner.
the hypercolumn theory suggests modular boundaries are maintained throughout cortical development.
Hyperkolonnens teori antyder, at modulære grænser opretholdes gennem hele kortikal udvikling.
computational models simulate hypercolumn interactions to understand feature integration mechanisms.
Beregningsmodeller simulerer interaktionen mellem hyperkolonner for at forstå mekanismerne bag funktionens integration.
high-resolution imaging has revealed the detailed architecture of individual hypercolumns.
High-resolution billeddannelse har afsløret den detaljerede arkitektur af individuelle hyperkolonner.
studies of hypercolumn development show progressive specialization of neural responses over time.
Studier af hyperkolonnens udvikling viser, at neurale reaktioner gradvist specialiseres over tid.
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