Sample information |
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Picture |
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Location | |
Collection date | 09/28/2024 |
Captive / Cultivated? | Wild-caught |
Group | Edmund Burke School |
Observations | caught in a public park, temperature of about 70 degrees Fahrenheit, terrestrial habitat.
Two big grey wings, two antennae, appears to be a moth. |
Putative identification | Arthropoda Hexapoda Insecta Lepidoptera Hesperiidae Atalopedes Atalopedes campestris |
Methods |
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Extraction kit | DNeasy (Qiagen) |
DNA extraction location | Whole arthropod |
Single or Duplex PCR | Single Reaction |
Gel electrophoresis system | MiniOne |
Buffer | TBE |
DNA stain | GelGreen |
Gel images |
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Protocol notes | DNA Extraction: I made sure to crush the arthropod very well, but there were large chunks of exoskeleton that were difficult to break up. As a result, the sample had to be spun 1-2 extra times in the centrifuge for the steps using the filter.
Gel Electrophoresis, arthropod CO1: 1 – DNA ladder 2 – A4 DNA 3 – A5 DNA 4- A6 DNA 5 – Arthropod positive control 6 – Arthropod negative control 7 – water Analysis: all controls showed expected bands, and the sample showed an arthropod CO1 band. Gel electrophoresis, Wolbachia: 1 – DNA ladder 2 – A4 DNA 3 – A5 DNA (lascoria ambigualis) 4- A6 DNA 5 – Wolbachia positive control 6 – wolbachia negative control 7 – water Analysis: all controls showed expected bands, and the sample did not show a wolbachia band.
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Results |
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Wolbachia presence | No |
Confidence level | High |
Explanation of confidence level | All of my controls worked as expected. I did not have any problems |
Wolbachia 16S sequence | |
Arthropod COI sequence |
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Summary | The Atalopedes campestris was found to be negative for Wolbachia. |