Author: Balázs Hangya

Balázs Hangya

Sanja Mikulovic’s talk and visit

Sanja Mikulovic from the German Centre for Neurodegenerative Diseases at Bonn gave a seminar talk at 29 October in the KOKI entitled On motion and emotion – neuronal circuits underlying locomotion and aversive behavior in the hippocampus/medial septum system. Sanja is finalizing her post-doc work in the Remy lab and starting her independent group at the Leibniz…

Balázs Hangya

Visit and talk of David Dupret

David Dupret from University of Oxford gave a seminar talk at 3 May 9:30 am in KOKI Lecture Room, entitled ‘Circuit dynamics of a memory representation within the hippocampus, and beyond‘. Summary: Hippocampal neuronal activity, described in terms of spatio-temporally organised spike discharge and rhythmic fluctuations of the local field potentials, supports information processing with…

Balázs Hangya

ION-KOKI Joint Symposium

Institute of Experimental Medicine hosted the members of Institute of Neuroscience, Chinese Academy of Sciences in the framework of ION-KOKI Joint Symposium, held on 9-10 April 2019. Our group members have a great professional relationship with Yang Yang, assistant professor in the Department of Medicinal Chemistry and Molecular Pharmacology, Purdue University College of Pharmacy. We were happy…

Balázs Hangya

Visit and talk of Csaba Földy

Dr. Csaba Földy, assistant professor of Laboratory of Neural Connectivity (University of Zürich, Brain Research Institute) visited our lab and gave a talk in the IEM HAS, entitled ‘Cell Adhesion Molecules at the Intersection of Cell Type Identity and Circuit Connectivity:From Neurexin Isoforms to OLM Identity‘. Summary: Cell adhesion molecules (CAMs) play critical roles in…

Balázs Hangya

Marcus Stephenson-Jones’ visit and talk

Marcus Stephenson-Jones, Group Leader of Principal Components of Goal-Directed Behaviour (Sainsbury Wellcome Centre for Neural Circuits and Bahevaiour) accepted our invitation to visit the IEM HAS and he gave a talk entitled ‘Genetically distinct ventral pallidal neurons encode the motivation for approach and avoidance’. Summary: A prominent trait of animals is their ability to predict reward…