Key result
Sequencing Kenyan human sapoviruses identifies five near-complete genomes to enable more accurate phylogenetic analysis.
Why the study?
Expanding the collection of human sapovirus genome sequences enables more accurate phylogenetic analysis and improved primer design for detection and typing.
Population
Five near-complete human sapovirus genome sequences including GI.3, GII.2, GII.6, and two novel GII.NA strains
Design
Genomic sequencing study
Authors
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The reporting of these sapovirus genome sequences expands the collection of circulating strains, aiding in phylogenetic analysis and detection primer design.
The reporting of these sapovirus genome sequences expands the collection of circulating strains, aiding in phylogenetic analysis and detection primer design.
Diez‐Valcarce et al. (2019) studied this question. Sequencing of human sapoviruses from Kenya identified five near-complete genomes, including two novel GII.NA strains, enabling more accurate phylogenetic analysis and primer design.
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