Engage and unify the critical mass of ‘omics’ researchers at the University of Leeds into one central virtual institute.
Over the last decade there has been exponential growth in the use of large‐scale technologies as a tool to understand a wide range of phenomena in the Biological and Medical Sciences. These technologies include (but are not limited to) genomics, transcriptomics, translatomics, proteomics, metabolomics, epigenomics and they are used by scientists in very diverse fields of research. At the University of Leeds we have a significant number of active researchers that fit under this “Omics” umbrella. These researchers are spread across different schools, faculties and campuses. Generating a supergroup provides these PIs and their research groups with the opportunity to interact at multiple levels and in a virtual and physical environment.
The mission of “LeedsOmics” is to engage and unify the critical mass of ‘omics’ researchers at the University of Leeds into one central virtual institute. We provide key Bioinformatics support and infrastructure to raise the impact and quality of our research output and to streamline our research activities. We host a set of activities for the community that provides fora for research discussions to foster innovative research ideas, exchange knowledge across the domain, and facilitate joint grant proposals. With these supports and activities we aim to increase the research income and research impact of our members. In addition, we provide training for members of the community which serves to provide highly desirable skill sets in our researchers at all levels and facilitates the development of novel platforms/technologies.
Key researchers in this area
- Leeds Omics
- Dr Julie Aspden, University Academic Fellowship in Pervasive Transcription
RNA Biology: mRNA translation, long non-coding RNAs and RNA-binding proteins in Drosophila
- Dr Amanda Bretman, Lecturer in Animal Biology
Evolutionary ecologist specialising in sexual selection and social behaviours
- Dr Edwin Chen, University Academic Fellowship in Molecular Mechanisms of Cancer Biology
Molecular basis and clonal evolution of myeloid malignancies
- Dr Ron Chen, University Academic Fellowship in Pervasive Transcription
Epigenetic control in transcription regulation using functional genetics and genomics
- Dr Andrew Cuming, Senior Lecturer
Embryogenesis; Plant development; Gene targeting
- Prof James Deuchars, Professor of Systems Neuroscience
How expression of ion channels, neurotransmitter receptors, transporters and gap junctions influence neuronal and circuit function in the brainstem and spinal cord
- Dr Elizabeth Duncan, Lecturer in Zoology
Evolution of eusociality, phenotypic plasticity, invertebrate developmental biology, evolution of developmental pathways, genome architecture and evolution
- Dr Katie Field, University Academic Fellow in Soil Plant Processes
Mycorrhizas, sustainable agriculture, plant evolution, CO2
- Dr Simon Goodman, Lecturer
Population and conservation genetics, molecular ecology, disease ecology
- Dr Christopher Hassall, Marie Curie Fellow
Ecology and Evolution of Insects
- Prof Ian Hope, Professor of Invertebrate Developmental Genetics
Animal Development, Gene Expression and Locomotion In The Nematode, Caenorhabditis elegans
- Dr Glenn McConkey, Senior Lecturer
Can parasitic infections contribute to neurodegenerative disorders?
- Dr Kenneth McDowall, Pro-Dean for Student Education, Senior Lecturer
Macromolecular Interactions in RNA Processing and Decay
- Dr Mary O'Connell, University Academic Fellow in Biology
Computational and Molecular Evolutionary Biology: patterns and processes of evolution
- Dr Andrew Tuplin, Lecturer in Molecular and Cellular Biology
Control of RNA virus genome replication and translation via interactions between RNA structures, host cell proteins and non-coding RNA.
- Prof David Westhead, Professor of Bioinformatics
- Prof Adrian Whitehouse, Professor of Molecular Virology
Viruses and Cancer
- Dr Ian Wood, Senior Lecturer in Neuroscience
Regulation of expression of ion channel genes in normal physiology and in neuronal disorders such as epilepsy and chronic pain