Eucalyptus Plant Tissue Culture
Eucalyptus belongs to the Myrtaceae family and is an evergreen tree native to Australia. It is more suitable for growing in subtropical seasonal climates as well as the tropical climates, and proper introduction of ornamental Eucalyptus species can change the local gardening pattern and increase the garden color.
Eucalyptus leaves and branches
In areas where Eucalyptus germplasm resources are poor,
our tissue culture service can help to solve the problem of seedling
shortage by providing fast and neat seedlings in large quantities.
Eucalyptus plants are characterized by faster growth, more abundant production, wider adaptability, etc., and have the advantages of barrenness, tenacity, and short growth cycle.
There are more than 100 species with the high ornamental value among Eucalyptus plants, including flowering species (the common feature of these species is that they have brightly colored or uniquely shaped flowers, many flowers, and large quantities), foliage species (the main features of these species are a well-proportioned crown, low branching, dense branches, bright leaves, and beautiful flowers), and trunk species (the common feature of these species is that they are tall, with an upright and straight trunk, usually with high branches, smooth bark, and new bark exposed after shedding every year, which has unique ornamental value).
Tissue culture service
Due to the adaptability of the species itself, some species are difficult to reproduce sexually, and only a few species are widely cultivated. Therefore, Lifeasible can not only obtain new species with complementary ornamental traits through tissue culture technology but also greatly expand the cultivation range of Eucalyptus species.
The main methods we use for tissue culture of Eucalyptus species are embryo culture, shoot culture, shoot stem culture, tuber culture, root culture, flower bud culture, healing tissue culture, anther culture, suspension culture, protoplast culture, somatic cell embryo culture, and artificial seed development, etc.
The key to the success of healing tissue induction does not lie in the source of the plant material. Rather, it lies mainly in the conditions of culture, where plant growth regulators are extremely important factors in inducing healing tissue formation. That is why various combinations of basic media and various hormones in different concentrations were used by us for the culture of Eucalyptus plant healing tissues. These include unknown component substances from coconut juice, casein hydrolysis products, and yeast extracts.
This method is widely used because it has the advantages of approximately the same cell shape and cell mass size, as well as rapid growth, good reproducibility, and easy control.
In Eucalyptus plants the healing tissue or cell suspension is our most applied protoplast culture material. We have established protoplast isolation systems for some species in the genus Eucalyptus.
Since the embryoid is bipolar (having both radicle and germ), our use of this method allows us to dispense with the root induction step, which, together with its easy dispersion, reduces a large amount of time consumed due to isolation, cutting, and inoculation and facilitates batch operations.
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