Solutions for Artificial Seed Preparation

Artificial seeds or synthetic seeds is an emerging technology developed based on in vitro plant culture technology, which refers to the embryo of somatic cells produced in vitro plant culture or hyphal tissues (buds, guava tissues, embryos, etc.) that can develop into complete plants, which are embedded in a shell containing nutrients and protective functions to form granules that can germinate and emerge under suitable conditions.

The production of artificial seeds is of great importance for agricultural production, not only for the improvement and innovation of crops but also for the production of good quality crops.

In the early days of artificial seed research, most of the research was focused on model plants. Currently, Lifeasible has successfully prepared artificial seeds of some food crops, economic plants, ornamental plants, submerged plants, medicinal plants, garden plants, etc. The artificial seeds we have prepared can stably maintain the propagation of some plants and seedlings, and can rapidly propagate detoxification seedlings. In addition, we are trying to use artificial seeds to solve the problem in the development and utilization of rare, difficult to propagate, high demand, and high economic value plants.

The basic process of artificial seed preparation

The artificial seeds prepared by Lifeasible have a positive impact on certain plants that are naturally slow to reproduce and grow under harsh conditions. This propagation technique breaks through the constraints of the natural environment and land resources, allowing us to breed a large number of target plants indoors according to their needs. Artificial seeds in particular have an irreplaceable role in the breeding of new varieties. The preparation of artificial seeds greatly reduces the time required for breeding and allows us to improve the characteristics of the seeds through human regulation, while transgenic technology allows us to specifically breed plants with superior characteristics. Moreover, since artificial seeds do not involve the sexual reproduction of plants, plants do not undergo recombinant gene separation, thus maintaining the hybrid advantage of plants.

Advantages

• Propagation of plants that do not bear fruit under natural conditions or have very expensive seeds
• The embryos produced by plant tissue culture have the characteristics of a large number, fast reproduction, and structural integrity
• Overcome the accumulation of viruses and other harmful microorganisms in some plants due to long-term nutritional reproduction
• Fixing the hybrid advantage and shortening the breeding period
• Artificial control of crop growth and development and resistance
• Direct sowing and mechanized operation

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