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The Wolbachia infection frequency of insects in central West Virginia
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Wolbachia is a bacterial endosymbiont that infects the reproductive tissue of Arthropods, particularly insects. Itis transmitted primarily through the ova cytoplasm, alters the reproductive success of its host and thus a suspected driver of evolution and speciation. The frequency of infection in insects around the world suggest an equilibrium has been reached with rates ranging from 20% to 65%. We are investigating the infection frequency with Wolbachia in arthropods in central West Virginia to compare to infection in other locations. Insects were from wooded and meadow areas of the Glenville State College Campus, and Lewis County in the Stonewall Jackson Lake area, fixed in 95% ethanol and identified to species. To determine if an insect was infected with Wolbachia, DNA was extracted and PCR performed using Wolbachia-specific primers. Species sampled to date represent 9 of 16 target orders of Class Insecta, as well as 4 orders from Phylum Arthropoda. To date, 58 of 102 insects tested have demonstrated Wolbachia infection. This puts the infection rate of tested samples at approximately 56%. To get a clearer understanding of the infection rate in this area, we intend to sample additional insects and add additional orders. Determining the infection frequency in this area is an important step in understanding the impact of Wolbachia on the insects of West Virginia.
West Virginia Academy of Science
Title: The Wolbachia infection frequency of insects in central West Virginia
Description:
Wolbachia is a bacterial endosymbiont that infects the reproductive tissue of Arthropods, particularly insects.
Itis transmitted primarily through the ova cytoplasm, alters the reproductive success of its host and thus a suspected driver of evolution and speciation.
The frequency of infection in insects around the world suggest an equilibrium has been reached with rates ranging from 20% to 65%.
We are investigating the infection frequency with Wolbachia in arthropods in central West Virginia to compare to infection in other locations.
Insects were from wooded and meadow areas of the Glenville State College Campus, and Lewis County in the Stonewall Jackson Lake area, fixed in 95% ethanol and identified to species.
To determine if an insect was infected with Wolbachia, DNA was extracted and PCR performed using Wolbachia-specific primers.
Species sampled to date represent 9 of 16 target orders of Class Insecta, as well as 4 orders from Phylum Arthropoda.
To date, 58 of 102 insects tested have demonstrated Wolbachia infection.
This puts the infection rate of tested samples at approximately 56%.
To get a clearer understanding of the infection rate in this area, we intend to sample additional insects and add additional orders.
Determining the infection frequency in this area is an important step in understanding the impact of Wolbachia on the insects of West Virginia.
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