Aarhus University Seal / Aarhus Universitets segl

PROMEMO Topical Seminar by Lilian Kisiswa

Deciphering proteins involved in neuronal survival and the growth of neurites in developing nervous system - Topical seminar by Lilian Kisiswa.

2019.08.22 | Susanne Schousboe Sjøgaard

Date Mon 26 Aug
Time 14:30 15:30
Location Eduard Biermann Auditorium, Lakeside Lecture Theaters, Aarhus University

Lilian Kisiswa, a Senior Research Fellow at Department of Physiology, Yong Loo Lin School of Medicine, National University of Singapore, will be giving a talk on "Deciphering proteins involved in neuronal survival and the growth of neurites in developing nervous system".

Monday 26 August at 14:30 at the Eduard Biermann Auditorium, Lakeside Lecture Theaters, Aarhus University.

Abstract:
Neurons are among the most morphologically complex cells in the vertebrates and this complexity is critical for collecting, processing and disseminating information. Decoding the formation of this morphological complexity has been a leading question in developmental neuroscience. We recently discovered that receptors belonging to the TNF superfamily of receptors have either detrimental or beneficial effects in developing nervous system depending on the cells they are expressed on and the location of the expression. To date, 30 receptors have been described to belong to the TNF superfamily with many expressed in both the central and peripheral nervous system. Some of these receptors are capable of functioning as ligands in a reverse signalling mechanism, increasing their functional complexity. While some regulate neuronal survival, others play critical role in the growth and elaboration of axon and dendrites. In this talk, I will share our findings on the effects of two members, TNFR1 and p75NTR, in neuronal survival and neurite complexity in both central and peripheral nervous system.

Host: Anders Nykjaer, PROMEMO/DANDRITE, Dept. of Biomedicine, Aarhus University

 

 

Seminar, Research, All groups, Department of Biomedicine, Promemo, Promemo