We are interested in the functional diversity of voltage gated calcium channels and its implications for normal neurophysiology ans behavior. We use the versatile genetic model system Drosophila melanogaster for our research.
Dr. Stefanie Ryglewski - Group Leader
phone: +49(0)6131-3924483
email: ryglewsk@uni-mainz.de
Curriculum Vitae Stefanie Ryglewski
Selina Hilgert
phone: +49(0)6131-39-0
email:sehilger@students.uni-mainz.de
Tobias Rinas
phone: +49(0)6131-39-21759
email:torinas@uni-mainz.de
Curriculum Vitae
Abstract
Veronica Pampanin
phone: +49(0)6131-39-25381
email:vepampan@uni-mainz.de
Lukas Kilo, Ph.D. Student, kilo@uni-mainz.de
The role of alternative splicing for the functional diversity of cacophony voltage gated calcium channels in Drosophila
Chris(topher) Bell, Ph.D. Student, chbell@uni-mainz.de
Accessory subunits as co-players for the functional diversity of voltage gated calcium channels in Drosophila