The researchers then observed how
the frequency of resistance genes changed over six generations of mosquitoes — a process, biologists refer to as «microevolution.»
Not exact matches
Conclusions / significance: Taken together, the microsatellite and both insecticide
resistance target - site markers provide evidence that in the face
of intense
gene flow among populations, disjunction in
resistance frequencies arise due to intense local selection pressures despite an absence
of insecticidal control interventions targeting Culex.
The restricted sequencing depth will thus affect the statistical power
of detecting less abundant
resistance genes as well as assessing the
frequencies of chromosomal mutations known to cause
resistance.
A current project that could benefit, for example, is work with collaborators that explores how
gene frequencies change and how unique genetic events such as the evolution
of partial malarial
resistance evolved in inhabitants
of the island
of Sardinia.