Plant tissue culture serves as a vital tool for both basic research and commercial applications in plant science. One of the primary applications is micropropagation, which allows for the rapid multiplication of plants. It is also extensively used for the production of virus-free plants, ensuring healthier crops for agriculture.

Another significant application is the formation of synthetic seeds, which aids in the conservation and distribution of plant germplasm. Tissue culture techniques facilitate protoplast culture and the development of haploid or triploid cultures, which are valuable for plant breeding and improvement programs.

Furthermore, plant tissue culture is employed for genetic transformation studies. Through callus culture and cell suspension culture, scientists can induce somatic embryos and regenerate whole plants. It is also crucial for the production of secondary metabolites; cultured cells can accumulate higher concentrations of valuable compounds like taxol, azadirachtin, and shikonin than their parent plants.

Finally, somatic hybridisation is exploited through tissue culture to produce distantly related plants, expanding the possibilities for crop improvement and innovation.