I joined the Institute of Healthy Ageing at UCL as a Senior ARUK Fellow in 2019. I completed my PhD with Paul Nurse at Cancer Research UK, studying cell polarity and microtubule dynamics in the yeast S. pombe. I continued investigating cell polarity at the Gurdon Institute in Cambridge with Daniel St. Johnston. I then took a 5-year career break to look after my two sons. In 2010 I resumed my scientific career by joining Linda Partridge's lab at UCL to work on Drosophila models of neurodegeneration and continued this work in Adrian Isaac's laboratory at the Dementia Research Institute UCL.
King's College London
Masters in Medical Ethics and Law
University College London
Doctor of Philosophy in Cell Biology
BA in Natural Sciences
I moved to the UK from Germany at the age of 14 to complete my school education. I then moved to London to study biological sciences in UCL. Throughout my undergraduate degree I was interested in a broad range of biology related topics and only specialised to focus on ageing research in my final MSci year. For my PhD, under the co-supervision of Dr Frances Wiseman (Institute of Neurology) and Dr Niccoli, I am investigating Aβ toxicity in Down Syndrome model using fruit fly and human clinical and genetic datasets.
I graduated from University of Lagos in Nigeria in 2008. I completed my Master's of Science in University of East London in 2012. I obtained my PhD in Molecular Neuroscience from University of East London in 2017 using Drosophila as a model of ethanol-related behaviours. In my current role I contribute to exploring the exciting possibilities of Drosophila model of neurodegenerative diseases.
During my Bachelor’s degree in Biomedical Sciences at Utrecht University in The Netherlands, I became very interested in neuroscience. Therefore, I continued my studies with a Master’s in Neuroscience & Cognition. What interests me in particular are molecular mechanisms of neurodegenerative diseases. As final part of my Master’s I am currently working in dr. Niccoli’s lab. I am examining altered neuronal glucose metabolism in Frontotemporal Dementia and Amyotrophic Lateral Sclerosis using a C9orf72 repeat expansion Drosophila model