Additional file 2 of Nuclear and mitochondrial population genetics of the Australasian arbovirus vector Culex annulirostris (Skuse) reveals strong geographic structure and cryptic species

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posted on 2024-12-05, 09:33 authored by William Atherton, Luke Ambrose, James Wisdom, Bryan D. Lessard, Nina Kurucz, Cameron E. Webb, Nigel W. Beebe

Supplementary material 2: Table S2. Species specific ITS1 and internal control primer sequences.

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Australian Biological Resources Study, Australia's Department of Climate Change, Energy, the Environment and Water

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Genetics

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taxon presently known important arbovirus vector great dividing range bayesian clustering software 500 individuals identified species would require single locus mitochondrial one population extends mitochondrial cytochrome oxidase based molecular diagnostic within mainland australia two cryptic species southern western australia southeast australia presents least two species geographically restricted populations papua new guinea its1 pcr diagnostic far north queensland culex sitiens subgroup also includes cx geographically distinct populations new south wales mitochondrial population genetics nuclear microsatellite data nuclear dna evidence distinct species new guinea population genetics microsatellite data two populations two genetically molecular diagnostics find evidence dna sequence south australia northern australia central australia australia ’work suggesting strong gene solomon archipelago sequence diversity river basins reproductive isolation principal components possible admixture population structure nsw ).multiple genetically jost ’internal control inland nsw haplotype diversity growing body graphical abstract geographic isolation flow barrier findings show extending west east coast better suited additional subspecies 12 microsatellites

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