Eriobotrya Plants Tissue Culture

Eriobotrya Plants Tissue Culture

The orange-yellow fruit of an Eriobotrya plant

Eriobotrya belongs to the subfamily Maloideae of the family Rosaceae, and is an evergreen tree or shrub native to China and several Southeast Asian countries, with about 50 species (including species, varieties, and variants), of which only Eriobotrya japonica Lindl. is a cultivated species, which leads to a rather narrow genetic diversity of the genus.

The propagation of Eriobotrya plants is currently mainly by grafting, but due to the few buds and sparse branches of Eriobotrya plants, the supply of scions for new species often exceeds the demand, therefore, Lifeasible provides in vitro fast propagation service for Eriobotrya plants.

Tissue culture service

Lifeasible has established the most suitable environment and culture system for the ex vivo culture of Eriobotrya plants using stem tip, stem segment, bud, endosperm, and leaf as the ex vivo material, providing high-quality seedlings for the ex vivo culture of Eriobotrya plants, preservation of germplasm resources, selection and breeding of excellent varieties and even transgenesis.

  • Eriobotrya japonica Lindl.
  • Eriobotrya deflexa Nakai
  • Eriobotrya deflexa var. koshunensis Nakai
  • Eriobotrya prinoides Rehd. et Wils.
  • Eriobotrya prinoides var. daduheensis H. Z. Zhang
  • Eriobotrya salwinensis Hand - Mazz
  • Eriobotrya fragrans Champ.
  • Eriobotrya bengalensis f. angustifolia Vidal
  • Eriobotrya kwangsiensis Chun
  • Eriobotrya serrata Vidal

In the endosperm culture of Eriobotrya plants, the basic media commonly used by Lifeasible are White, LS, MT, B5, etc., among which MS is used most frequently. In addition, we often add some organic substances such as CH, LH, YE, YJ, etc. to the medium to promote healing tissue production and proliferation. In addition to the basic medium and organic additions, plant hormones also play a very important role in the induction and growth of endosperm healing tissues. In conclusion, we have matured and systematized the endosperm regeneration environment and regeneration system for Eriobotrya plants.

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For research use only, not intended for any clinical use.
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