Go directly to content
Go directly to font size and contrast
Servicenavigation
DFG Homepage
Disclaimer / Copyright
|
Help
|
Data Monitor
Deutsch
Hauptnavigation
Search
Catalogue
People Index
Location Index
About GEPRIS
Project Details
Back
Institution
Universität Bremen
Fachbereich 02 - Biologie / Chemie
Institut für Hirnforschung
Abteilung Theoretische Neurobiologie
Address
Hochschulring 16a
28359 Bremen
Deutschland
GERiT
This institution in GERiT
28359 Bremen
Projects
Research Grants
Completed projects
Following neuronal signals of multiple visual stimuli through cortical pathways to identify attentional gating mechanisms
(Applicant
Kreiter, Andreas K.
)
Neuronale Mechanismen verhaltensabhängiger visueller Verarbeitung in den kortikalen Arealen MT und V1/2 des Makaken
(Applicant
Kreiter, Andreas K.
)
Neuronal mechanisms of attention-dependent bahavioral performance: On the interaction of the fine temporal structure of neuronal activity, neuronal variability and latency, and reaction times
(Applicant
Wegener, Detlef
)
Neurophysiological investigations for the clinical usability of endogeneously modulated ECoG signals from striate and extrastriate visual cortex by estimating the focus of attention at the level single trials
(Applicant
Wegener, Detlef
)
Priority Programmes
Current projects
Evolving to be flexible - optimizing task-dependent information processing in the visual system
(Applicants
Ernst, Udo A.
;
Kreiter, Andreas K.
)
Completed projects
Interareal phase coherence as a mechanism for attention-dependent neuronal signal routing: A model-guided causal analysis using new, multi-contact floating silicon probes for intracortical chronic stimulation and recording in primates
(Applicants
Ernst, Udo A.
;
Kreiter, Andreas K.
;
Lang, Walter
)
Collaborative Research Centres
Completed projects
Der Einfluss selektiver visueller Aufmerksamkeit auf die zeitliche Koordination neuronaler Antworten
(Project Head
Kreiter, Andreas K.
)
Additional Information
© 2024
DFG
Disclaimer / Copyright
/
Privacy Policy
Textvergrößerung und Kontrastanpassung