Adromischus Plant Tissue Culture

Adromischus plants with unique leaf color
We maintain the resource conservation and promotion of
Adromischus plants, and the use of our tissue culture
technology services has indeed significantly improved the
reproduction coefficient of this genus.

Adromischus plants are native to South Africa and Namibia, with up to 50 species in the entire genus, suitable for widespread cultivation worldwide.
Adromischus plants are mostly fleshy herbs or shrubs with short, grayish-brown short stems and common aerial roots on the stems. The leaves are highly fleshy, mostly ovoid and long cylindrical, and the epidermis is mostly, smooth and shiny or with beautiful dark spots on the surface. The racemes, with smaller flowers, are darker in color.

The most characteristic feature is the long life of the leaves of this genus, which is exploited in traditional propagation by repeated leaf plugs on mass production to obtain small shoots, which can increase the reproduction factor. Therefore, the propagation of Adromischus plants mainly relies on leaf plug propagation and beheading propagation, but these two propagation methods are not only slow and low survival rate, traditional propagation methods can hardly meet the huge demand of the market.

Tissue culture service

As a rapid propagation method, tissue culture technology can be used to plant seedlings to meet the growing market demand. Lifeasible uses plant tissue culture to achieve rapid propagation of Adromischus plants. Our services have been widely used in production and plant nursery, and are optimal for the preservation of excellent germplasm resources and the rapid propagation of excellent varieties of Adromischus plants.

• Culture medium selection

For plant tissue culture, the culture medium is one of the most critical factors for its growth state, and our existing tissue culture of Adromischus plants constitutes a systemic plant fast propagation process.

We have extensive experience in the selection and combination of media for the three stages of primary induction and differentiation, secondary proliferation, and roots, which resulted in excellent healing induction rate, adventitious shoot differentiation rate, proliferation coefficient, and rooting rate for each stage.

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