Postdoctoral research fellow, Mole Lab
christopher.minnis.15@ucl.ac.uk
Research synopsis
Researching a childhood neurodegenerative disorder called Batten disease. In particular, our lab focuses on the most common form Juvenile CLN3 disease. I work with a variety of models from simple eukaryotic (S. pombe), to primary patient cells and zebrafish models (D. rerio).
I utilise S. pombe (fission yeast) for synthetic genetic arrays and drug discovery high throughput screens. I have dissected consequence and function of mutations including the most common an intragenic ‘1kb deletion’. Identifying small molecules and genetic targets that ameliorate our phenotypic markers. I’ve a passion for translating academic research into innovative technology and biotech start-ups. Currently, I am continuing my researching on this foundation expanding our understanding of the pathogenic mechanism behind Batten disease and btn1/CLN3 function.
Biography
2020 | PhD LIDo Interdisciplinary Neuroscience, Royal Veterinary College / UCL
2014 | MSc Veterinary and Human Epidemiology, Royal Veterinary College
2014 | MSc Dip Epidemiological Statistics, The London School of Hygiene and Tropical Medicine
2012 | BA (Hons) Natural Science, Trinity College Dublin
Awards
2019-2020 | The Children’s Brain Diseases Foundation (USA)
2018-2019 | International Society of Neurochemistry
2015-2019 | LIDo Travel Grant Award
2015-2019 | NCL Stiftung bursaries
2015 | LIDo PhD RVC studentship
2008 | Trinity College Entrance Award
Funders
European Research Council BATCure
BBSRC LIDo award
The Children’s Brain Diseases Foundation
Research themes
Cellular pathways
Juvenile CLN3 disease
Neurodegeneration
Lysosomal storage diseases
Drug discovery
Technology
Light microscopy
High throughput screening
Schizosaccharomyces pombe
Mammalian cell cultures
Zebrafish
Synthetic genetic array