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International Journal of Mosquito Research
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International Journal of Mosquito Research
Vol. 4, Issue 3, Part B (2017)

Morphometry and Phylogeny reconstruction Aedes sp. based DNA Mitochondrial cytochrome oxidase gene sub unit 1 (CO1) in North Sulawesi

The samples are marked with red dots
Fig. 1: The samples are marked with red dots
Aedes sp, observed using Digital Stereomicroscope hirox KH8700. (Note: 1 = Bolaang Mongondow, 2 = Bitung, 3 = Kotamobagu, 4 = Sanger)
Fig. 2: Aedes sp, observed using Digital Stereomicroscope hirox KH8700. (Note: 1 = Bolaang Mongondow, 2 = Bitung, 3 = Kotamobagu, 4 = Sanger)
Morphometry Dendogram Aedes sp in North Sulawesi
Fig. 3: Morphometry Dendogram Aedes sp in North Sulawesi
The concentration of DNA extracted using mosquito thorax tissue (BM = Bolaang Mongondowm; BT = Bitung; KTG = Kotamobagu and SA = Sanger)
Fig. 4: The concentration of DNA extracted using mosquito thorax tissue (BM = Bolaang Mongondowm; BT = Bitung; KTG = Kotamobagu and SA = Sanger)
The purity of the DNA extracted using mosquito thorax tissue (BM = Bolaang Mongondowm; BT = Bitung; KTG = Kotamobagu and SA = Sanger)
Fig. 5: The purity of the DNA extracted using mosquito thorax tissue (BM = Bolaang Mongondowm; BT = Bitung; KTG = Kotamobagu and SA = Sanger)
Elektrogram CO1 gene amplification of <em>Aedes </em>sp<em>.</em> CO1 gene is read on the 415 bp to 451 bp (M = marker 1000bp, 1 = Bm, 2 = Bt, 3 = Mktg, 4 = Sa)
Fig. 6: Elektrogram CO1 gene amplification of Aedes sp. CO1 gene is read on the 415 bp to 451 bp (M = marker 1000bp, 1 = Bm, 2 = Bt, 3 = Mktg, 4 = Sa)
International Journal of Mosquito Research