Follow Us: facebook twitter linkedin
Gene Editing in Philosamia Cynthia Ricini

Gene Editing in Philosamia Cynthia Ricini

Gene Editing in Philosamia Cynthia Ricini

Philosamia cynthia ricini is a subspecies of the giant silkworm moth, and is one of the important silkworm species for silk production. It was originally a wild silkworm growing in the wild, feeding on Castor leaves, Cassava leaves, Cranewood leaves, Ailanthus leaves and Cypress leaves. It has medicinal properties and is used to treat rheumatic arthralgia and unfavorable joints. It is a highly adaptable polyphagous silkworm. Now it is grown in the wild, stocked by artificial stocking, and also indoors by artificial stocking. After the cocoon is refined, it becomes an excellent industrial raw material for silk spinning.

Our Services for Gene Editing in Philosamia Cynthia Ricini

Philosamia cynthia ricini goes through four developmental stages: egg, larva, pupa and adult in one generation. At present, it is the most advanced method to improve the genetic traits of philosamia cynthia ricini through gene editing, which is of great significance to the study of philosamia cynthia ricini, and thus to improve the resource utilization of philosamia cynthia ricini. Lifeasible provides gene editing services for philosamia cynthia ricini with zinc-finger nucleases (ZFNs), transcription activator-like effector nucleases (TALEN) and CRISPR/Cas9 to optimize genetic traits of philosamia cynthia ricini.

Editable genes Relevant traits exhibited after editing
ScFerHCH ScFerLCH
  • We can edit the ScFerHCH and ScFerLCH, affecting the biological function of philosamia cynthia ricini ferritin and the immune response system after pathogen infection.
PcrHE
  • We can edit PcrHE to affect the incubation process of philosamia cynthia ricini, as well as other biological functions such as food digestion and spermatogenesis.
Pcrace1
  • We can edit Pcrace1 to affect the metabolic detoxification of philosamia cynthia ricini on the pesticide phoxim, can reduce pesticide poisoning in sericulture production.
AGO1
  • We can edit AGO1 to affect the development of philosamia cynthia ricini and affect the growth of larval epidermal cells.
JHAMT
Samcri-AT
  • We can edit JHAMT to affect the juvenile hormone synthesis pathway of philosamia cynthia ricini.
  • We can edit the Samcri-AT to affect the transcriptional level of JHAMT, which in turn affects the regulatory neuropeptides and key enzymes in the synthetic pathway of philosamia cynthia ricini.

Advantages

  • Edit the ferritin-related genes affects the chelation process of iron ions and then affects the immune system of philosamia cynthia ricini.
  • Edit the reproduction-related genes to affect the reproductive process of philosamia cynthia ricini.
  • Edit growth and development-related genes to affect the development of philosamia cynthia ricini.
  • Edit hormone synthesis-related genes to affect the synthesis of related hormones like the juvenile hormone.

Lifeasible provides gene editing services for philosamia cynthia ricini by ZFNs, TALEN and CRISPR/Cas9 to affect the immune system, the process of reproductive, the growth and development, and other biological functions of philosamia cynthia ricini. If you are interested in our services or if you have any questions, please click online inquiry for more detailed information.

Our Services are for Research Use Only. Not for Clinical Use!
Services
Online Inquiry