Tim recently completed an MSc. degree in Neurosciences (University of Bremen), during which he specialized particularly in the fields of behavioural research and neuropsychopharmacology. In an interdisciplinary approach, he will investigate the underlying mechanisms that mediate stress-induced social memory modulation. Functional circuit investigation will be carried out via optical and chemogenetic manipulations. Congratulations on your new title Tim!

With training and an MSc. in Clinical Pharmacy (Uni. of Sunderland, UK) followed by an MPhil. in Translational Medicine (Helsinki University, Finland), Islam specialised in systems and circuit neuroscience in his Ph.D. In the PhD training he investigated behavioural effects of heterosynaptic plasticity and the circuitry of innate (and learned) defensive behaviors. Islam will investigate the circuitry that underlies social behaviours in mice and its dynamics relationship with stress, reward and learning. To this end, Islam will use his expertise in in-vivo electrophysiology, optogenetics/chemogenetics, fiber photometry and advanced behavioural testing.

Congratulations Islam!

Andreas is a Master’s Student in neuroscience from the University of Copenhagen. He will be joining Sadegh Nabavi’s group, and, under the supervision of Noëmie Mermet-Joret, he will write his thesis as part of a research project studying the neuronal circuits in the amygdala that mediate innate and learned fears. He is looking forward to joining the group and this exciting project.

Welcome Andreas!

Neuroscience Academy Denmark (NAD) will recruit 16 excellent, highly motivated PhD Fellows to join a newly established neuroscience academy and PhD program to be launched the 1st of January 2023. The candidates should be 16 talented students eager to pursue a career in basic or clinical neuroscience research, and with the ambition to excel.

Application deadline is 22 August 2022.

Magnus Kjaergaard and members of his lab have developed equations that predict the optimal binding strength for enzyme docking interactions.