Project Collaborations

Project:

Z02

Light and electron microscopic imaging and morphometric analysis of inhibitory neuronal circuits and signaling proteins

PI:

Ákos Kulik | Imre Vida

In this project we will perform neuroanatomical investigations of the morphological features and nano-scale topography of signaling molecules from cortical GABAergic interneurons by means of light and quantitative electron microscopy. Results obtained from these analyses will complement behavioral, electrophysiological and molecular studies of our partners and provide morphometric and connectivity data for computational modeling.

Our project will serve as a central neuroanatomical hub for the IN-CODE consortium, offering methodological development, as well as intensive collaboration, innovative research and technical consultations.

Graphical Abstract | Smart Figures

Project-Team

Ákos Kulik

PI

Imre Vida

PI, Board Member

Laxmi Kumar Parajuli

Postdoc

Linda Brenndörfer

Technical assistant
Z02

GABAB receptors negatively modulate excitatory plasticity at the mossy fiber synapse onto parvalbumin-expressing basket and axo-axonic cells in the dentate gyrus

Authors: Rita M Loureiro, Sam A Booker, Akos Kulik, Imre Vida
Front Synaptic Neurosci
2025
Z02

PP2A-dependent internalisation of GABAB receptors in somatostatin interneurons regulates function and plasticity

Authors: Nithya Sethumadhavan, Max A Wilson, Anna Sumera, Desiree Loreth, Rita M Loureiro, Imre Vida, Akos Kulik, Sam A Booker
bioRxiv
2026
A01| A02| A03| A04| A05| A06| A07| A08| B01| B02| B03| B04| B05| B06| B07| B08| INF| Z01| Z02

A population approach to cortical GABAergic interneuron function

Authors: Johannes J Letzkus, Henning Sprekeler, Harald Binder, Joschka Bödecker, Ilka Diester, Claudio Elgueta, Sabine Grosser, Matthias Haberl, Akos Kulik, Matthew Larkum, Christian Leibold, Christian Madry, Hannah Monyer, James F A Poulet, Jonas-Frederic Sauer, Jan Schmoranzer, Susanne Schreiber, Julia Veit, Silvia Viana da Silva, Andreas Vlachos, Imre Vida, Jörg R P Geiger, Marlene Bartos
Neuron
2026