My long-standing interest in research is focused on electrophysiology and comparative genomics of several important ion channels in the nervous system including ligand gated cation channels (nAChRs and NMDARs) as well as voltage gated Na+ channels (e.g. Nav1.1 Nav1.2 TRPV1). My technical skills include voltage-clamp and patch-clamp electrophysiology site directed mutagenesis. These can all be deployed to understand the physiological significance and role as therapeutic targets of these important biological switches and their roles in pathology. Human neuronal ion channels are promising targets for drugs being developed for smoking cessation memory enhancement pain relief and the treatment of neurodegenerative diseases. They are also important as targets for chemicals used in the control of insect vectors of global diseases such as malaria and dengue and nematode parasites of man and farm animals. In addition ion channels play a role as targets for chemicals used to protect agricultural crops from insect and nematode pests.
Research training visit at Institute of Molecular Bioscience (IMB) at University of Queensland, Australia
2016-08
University of Queensland, Australia and University of Zakho, Kurdistan-Iraq
Research training visit: sponsorship by Institute of Molecular Bioscience (IMB) at University of Queensland, Australia and University of Zakho, Kurdistan-Iraq (10th August- 10th September 2016).
2014
Society for Neuroscience, SFN
2014-11
School of Life Science at University of Nottingham
Fund to attendee the Society for Neuroscience, SFN meeting, 2014.
2011
PhD scholarship
2011-04
Kurdistan region government (KRG)
Fully funded PhD scholarship awarded by Kurdistan region government (KRG)