… identify the genome integration site by remapping the flanking regions to the A. aegypti genome,
we … aegypti, that had been sequenced with linked-read (10×) sequencing that generated …

… allowed screening for genomic variants across whole genomes. However, such an approach
required a huge amount of sequences to reach the minimum genome coverage necessary …

… aegypti into California. This is the first paper that utilizes the whole genome sequences of
Aedes aegypti … Variants in the mitochondrial genome were called with Freebayes as described …

… genome of resistant (kdr), recovered, and dead mosquitoes after insecticide exposure. Our
aim is to identify genomic variants … genomic markers associated with resistance in the Aedes …

… The analyse of both neutral and adaptive genetic variation using genome-wide distributed
molecular markers represents a powerful tool to better understand the genetic structure of …

… The study of genetic variation requires molecular markers [4]. Aedes aegypti has a low
abundance of microsatellite markers and limited (less than 200) known restriction fragments …

… Temperature and vegetation were important predictors of adaptive genomic variation in Ae.
… We first investigate how genomic variation in Ae. aegypti is distributed across Panama. We …

… De novo assembly of the Aedes aegypti genome using Hi-C yields chromosome-length …
source of genomic variation that drives evolution by modifying gene regulation and genome …

… aegypti genome and those that are present are often imbedded in repetitive elements that
prevent their utilization as single copy markers. Nonetheless, a 205 cM composite linkage …

… across the genome. Although there appears to be some variation across chromosomes, we
found no evidence that the patterns we see are driven by a single region of the genome or a …