Specific primers and pcr detection method and kit for identifying Heterotrichia spp.
A detection method and kit technology, applied in the field of genetic engineering, can solve problems such as long time, and achieve the effects of strong specificity, good reliability, and protection of agricultural and forestry production safety.
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Embodiment 1
[0023] Embodiment 1, the specificity detection of the apple Heterotrigina
[0024] The experimental specimens are the samples intercepted by the laboratory. Specific detection was carried out on 15 samples (specimen numbers 2-16) of Heterotrichia spp. and its 7 related species. See Table 1 for detailed information on Heterotrichia spp. and other species.
[0025] Table 1 Specimen details
[0026] Chinese name / Latin scientific name Specimen number the host place of origin Thaumatotibia leucotreta 2 Oranges South Africa Thaumatotibia leucotreta 3 fresh grapes South Africa Thaumatotibia leucotreta 4 fresh orange South Africa Thaumatotibia leucotreta 5 fresh orange South Africa Thaumatotibia batrachopa 6 fresh orange South Africa Thaumatotibia sp. 7 Citrus China Epichoristodes acerbella 8 fresh grapes South Africa Apple hazel moth Epiphyas postvittana 9 fresh grapes Australia Codl...
Embodiment 2
[0031] Embodiment 2 specificity test
[0032] Using the established PCR detection system, the detection sensitivity of the PCR reaction was determined by diluting 6 DNA templates with a 10-fold concentration gradient of Specimen No. 3. The result is as image 3As shown, the numbers 1 and 8 in the figure are DL2000marker; the number 2 is 100ng / μl; the number 3 is 10ng / μl; the number 4 is 1ng / μl; the number 5 is 0.1ng / μl; the number 6 is 0.01ng / μl; 7 is 0.001 ng / μl. When the template concentration is 0.1-100ng / μl, a strong detection signal can be amplified; for a DNA template of 0.01ng / μl, the detection amplification product is significantly reduced, and the detection signal is weak; when the DNA template concentration is 0.001ng / μl , it cannot be detected due to weak detection signal. It shows that the detection limit of this method is 0.01ng / μl, and the optimal detection concentration is 0.1-100ng / μl. If the amount of the original DNA extraction solution does not reach the...
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