Consortional main: Development of novel silicon carbide nanomarkers and more effective glutamate and GABA uncaging materials for measurement of neuronal network activity and dendritic integration with three-dimensional real-time two-photon microscopy  Page description

Help  Print 
Back »

 

Details of project

 
Identifier
105997
Type K
Principal investigator Rózsa, Balázs
Title in Hungarian Konzorcium, fő p.: Újfajta 2-fotonos fotokémiai anyagok és szilicium karbid alapú nanomarkarek fejlesztése neuronhálózatok aktivitásának és a dendritikus jel integrációnak gyors, három dimenziós multi-foton mikroszkópiával történő mérésére
Title in English Consortional main: Development of novel silicon carbide nanomarkers and more effective glutamate and GABA uncaging materials for measurement of neuronal network activity and dendritic integration with three-dimensional real-time two-photon microscopy
Keywords in Hungarian két-foton effektus, 3D képalkotás, lézer szkennelés, multifoton mikroszkópia, neuronhálózatok, dendritikus jelintegráció, szilicium karbid nanokristályok, két-fotonos fotostimuláció
Keywords in English two-photon, 3D imaging, laser scanning, multiphoton microscopy, neuronal networks, dendritic integration, silicium carbid nanocrystals, two-photon uncaging
Discipline
Neuroanatomy and neurophysiology (Council of Medical and Biological Sciences)85 %
Material Science and Technology (physics) (Council of Physical Sciences)10 %
Ortelius classification: Biomedical engineering
Material Science and Technology (chemistry) (Council of Physical Sciences)5 %
Panel Neurosciences
Department or equivalent Two-photon Imaging Center (Institute of Experimental Medicine Hungarian Academy of Sciences)
Participants Viskolcz, Béla
Starting date 2012-09-01
Closing date 2017-08-31
Funding (in million HUF) 17.399
FTE (full time equivalent) 3.50
state running project




Back »