De novo assembly of Plasmodium knowlesi genomes from clinical samples explain the counterintuitive intrachromosomal organization of variant SICAvar and kir multiple gene family members

Damilola R. Oresegun, Peter Thorpe, Ernest D. Benavente, Susanna Campino, Muh Fauzi, Robert W. Moon, Taane G. Clark, Janet Cox-Singh^*

^*Corresponding author for this work

Research output: Contribution to journal › Article › peer-review

3 results
- Title
- Start date(ascending)

De Novo Assembly of Plasmodium knowlesi Genomes From Clinical Samples Explains the Counterintuitive Intrachromosomal Organization of Variant SICAvar and kir Multiple Gene Family Members
Oresegun, D. R. (Creator), Thorpe, P. (Creator), Benavente, E. D. (Creator), Campino, S. (Creator), Muh, F. (Creator), Moon, R. (Creator), Clark, T. (Creator) & Cox-Singh, J. (Creator), Zenodo, 2021
DOI: 10.5281/zenodo.5598264, https://zenodo.org/record/5598264
Dataset
De novo assembly of Plasmodium knowlesi genomes from clinical samples explain the counterintuitive intrachromosomal organization of variant SICAvar and kir multiple gene family members (code)
Thorpe, P. J. (Creator), GitHub, 2022
https://github.com/damioresegun/Pknowlesi_denovo_genome_assembly and one more link, https://github.com/peterthorpe5/plasmidium_genomes (show fewer)
Dataset: Software
De novo assembly of Plasmodium knowlesi genomes from clinical samples explain the counterintuitive intrachromosomal organization of variant SICAvar and kir multiple gene family members (dataset)
Thorpe, P. J. (Creator), NCBI GenBank, 2022
https://www.ncbi.nlm.nih.gov/bioproject/PRJNA799698
Dataset