The Plackett and Kettles labs at the University of Birmingham are seeking to recruit a postdoctoral research fellow with expertise in bioinformatics to undertake a two-year project 'Speed breeding technologies for UK broadleaved trees' as part of the Defra-funded Centre for Forest Protection (CFP). This project is a UK-wide collaboration with Dr Abigail Johnson (Niab East Malling Research) and Prof Richard Buggs (Kew Royal Botanic Gardens). With this project we aim to identify whether it is possible to accelerate the maturation and flowering of three tree species (Oak, Ash and Silver Birch) through applying'speed breeding' conditions as a tool to enable future breeding programmes in these species to improve resistance to disease and environmental stress.
The research fellow will have responsibility for the analysis of samples taken from an ongoing speed-breeding experiment (managed by Dr Abigail Johnson, Niab-EMR). Using RNA-seq and pan-genomic analysis they will identify common gene networks underpinning responses to speed-breeding conditions across these three species; identify underlying genetic variation in candidate flowering genes in their respective genomes (in collaboration with Prof Richard Buggs, Kew RBG) and identify genetic loci within diverse Ash populations responsible for their being more or less responsive to speed breeding conditions. In addition to bioinformatic analysis the research fellow will ideally contribute in the wet-lab preparation of samples for next-generation sequencing.
The research fellow will be part of the project management team and participate in collaborative teams meetings with other project institutions and quarterly review meetings with Defra, where they will have responsibility for the delivery of key project milestones.
The research fellow will play a key role in contributing to publications arising from this project and have the opportunity to engage with additional projects within the Plackett and Kettles groups.
The postdoctoral research fellow will be expected to:
Candidates are required to hold the following qualifications:
Demonstrable prior experience in bioinformatic analysis of RNA-seq data using R or Python is essential. Prior experience successfully undertaking a research programme is essential. Past wet-lab experience in the preparation of samples for RNA-seq analysis would be an advantage.
Proficiency in bioinformatic analysis of large datasets, specifically in the areas of RNA-seq and/or pan-genomic analysis. Proficiency in the R or Python programming languages, familiarity in Bioconductor packages and Linux command line.
Tagged as: Life Sciences
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