(All these publications have open-access or partial open-access links unless otherwise specified.)
CIDER-Seq: unbiased virus enrichment and single-read, full length genome sequencing
In this paper I present a new method for deep-sequencing viruses accurately. This new method can enrich circular DNA from a background of linear DNA, and then sequence circular DNA using a long-read sequencing method. Essentially this means we can, for the first time ever, obtain full-length virus genomes from single sequencing reads. Our method is also 16x cheaper than conventional approaches and can even be used to sequence viruses with no prior sequence information.
Genome-scale analysis of regulatory protein acetylation enzymes from photosynthetic eukaryotes
BMC Genomics (2017)
Protein acetylation is an important chemical modification present on many proteins in all eukaryotes. Here we analysed the enzyme families that catalyse the acetylation of proteins in 53 different species in the plant lineage. Our analysis covered gene counts, protein domain conservation, phylogenetic relationships, expression patterns and promoter elements for each gene family. This study thus serves as a compendium of useful information about this key regulatory process which can be used for more targeted studies into protein acetylation in photosynthetic eukaryotes.
Molecular insights into Cassava brown streak virus susceptibility and resistance by profiling of the early host response
Molecular Plant Pathology (2017)
In this study we studied the expression of every gene in two cassava varieties (one resistant, and one susceptible) upon infection with the Cassava brown streak virus. Our results allowed us to make conclusions regarding the various mechanisms employed by cassava to fight virus infection. We also compared our dataset against gene-expression data from other plants to identify common genes involved in fighting off virus infection among diverse plant species.
Characterization of Brown Streak Virus–Resistant Cassava
Molecular-Plant Microbe Interactions (2016)
Here we identified an elite cassava breeding line which is completely resistant to the devastating Cassava brown streak virus. We demonstrated that the plant can resist infection by two species of this virus. We used a really cool double-grafting approach to show that, though resistant to infection, the variety still allowed the virus to move through it's vasculature. We used a protoplast assay to show that the resistant variety also limited the replication of the virus intra-cellularly.