Dr. Alejandro Fabian Schinder

Profile

Academic positionFull Professor
Research fieldsMolecular Biology and Physiology of Neurons and Glial Cells,Molecular and Cellular Neurology and Neuropathology
Keywordshippocampus, neural circuits, plasticity, synaptogenesis, adult neurogenesis
Honours and awards

2019: Member of the Latin American Academy of Sciences (ACAL)

2019: TWAS Prize in Medical Sciences

2013: Friedrich Wilhelm Bessel Research Award

2013: President of the Leloir Institute Foundation (active until 31/12/2020)

2011: President of the Argentine Society for Research in Neuroscience (SAN, until 2013)

2010: The John Simon Guggenheim Memorial Foundation Fellowship

Current contact address

CountryArgentina
CityBuenos Aires
InstitutionFundacion Instituto Leloir
InstituteLaboratory of Neuronal Plasticity
Homepagewww.leloir.org.ar

Host during sponsorship

Prof. Dr. Benedikt BerningerFTN & Physiologische Chemie, Universitätsmedizin Johannnes Gutenberg, Johannes Gutenberg-Universität Mainz, Mainz
Start of initial sponsorship01/03/2014

Programme(s)

2013Friedrich Wilhelm Bessel Research Award Programme

Nominator's project description

Dr. Alejandro Fabián Schinder is an internationally acclaimed authority in the field of adult neurogenesis. He has made several ground-breaking discoveries concerning the problem of how adult-born neurons integrate into the hippocampal circuit and thereby contribute to neural plasticity. He set a milestone by demonstrating that adult-born neurons differ from earlier generated neurons in the the way they decode incoming neural activity, thus assigning them a unique contribution to hippocampal information processing. During his stay in Germany, Dr. Schinder will continue his research concerning the question of how the temporal evolution of their connectivity adds to the unique properties of adult-born neurons.

Publications (partial selection)

2015Bergami M, Masserdotti G, Temprana SG, Motori E, Eriksson TM, Gӧbel J, Yang SM, Conzelmann KK, Schinder AF, Götz M and Berninger B: A critical period for experience-dependent remodelling of adult-born neuron connectivity. In: Neuron, 2015, 710-717