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Dictyoploca japonica is an insect of the family Dictyoplocidae in the order Lepidoptera, commonly known as the lantern silkworm. It is one of the economic insects that feeds mainly on walnut leaves and chestnut leaves and spits out silk and cocoons. Mainly eats walnuts, chestnuts, apricots, maple poplar, jue, toch, camphor, elm and other tree leaves. The cocoon of walnut leaves is heavy and the cocoon layer is thick, while those who eat chestnut leaves are poor. Dictyoploca japonica can also be taken out of the mature silkworm belly silk gland, soaked in acid and stretched for fishing silk or medical silk.
Dictyoploca japonica is an important silk-secreting insect resource, and the study of its affinities is of great significance for the exploration and utilization of wild silkworm resources. Dictyoploca japonica silk is an expensive natural fiber with unique fluorescent scintillation, and is used as a variety of anti-counterfeit markings and high-end clothing items. Lifeasible provides molecular marker services for dictyoploca japonica with Random Amplified Polymorphic DNA (RAPD), and Inter-Simple Sequence Repeat (ISSR) help to discover and utilize dictyoploca japonica resources.
Using primers, RAPD was performed on dictyoploca japonica to analyze the polymorphism.
After polymorphism analysis of genomic DNA of dictyoploca japonica, the distribution of dictyoploca japonica germplasm resources and the affinities among populations were identified.
The genetic diversity of different dictyoploca japonica can be analyzed by ISSR technology to reveal the intrinsic relationship between the geographical populations of dictyoploca japonica.
Lifeasible offers ISSR technology to reveal the intrinsic relationship between the geographical populations of dictyoploca japonica through analyzing the genetic diversity of different dictyoploca japonica.
Lifeasible uses different primers to amplify the band and analyzes the polymorphism of the locus, and the genetic distance and kinship between dictyoploca japonica species and construct the clustering map by UPGMA method to confirm the kinship. RAPD marker has the advantages of simplicity and rapidity, and can be used for the identification and genetic analysis of dictyoploca japonica.
Lifeasible provides molecular marker services for dictyoploca japonica by RAPD, and ISSR to analyze the affinities, genetic diversity, the kinship, and polymorphisms in genomic DNA of dictyoploca japonica help to discover and utilize dictyoploca japonica resources. If you are interested in our services or if you have any questions, please click online inquiry for more detailed information.
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