The need for healthy stock plants and clean planting materials is of paramount importance to growers, plant propagators, seed producers and exporters. The clean planting materials can double the yields of our staple crops, which are fortunately clonal like Tapioca, Sweet Potato, Potato etc. Plant production through tissue culture alone does not guarantee freedom from diseases. At IVI, this is achieved by employing the following sophisticated and sensitive techniques:
At IVI, these techniques are currently available to plant breeders and growers worldwide, for a range of pathogen-host combinations. Investigate plant health problems, complex disease etiology and ecology are undertaken as contract research programmes.
The large scale propagation of elite plant clones from hybrid or specific parent lines, through conventional micropropagation and/or somatic embryogenesis, is available to customers on a contract basis.
IVI has the ability to use these techniques for the whole range of plant species including foliage and cut flower ornamentals, vegetable crops, woody plants, aromatic, medicinal and field and plantation crops.
Through micropropagation, IVI is also introducing novel plants from the flora of India as new house and ornamental plants. The Research Team is constantly selecting, trailing and developing propagation Blue Prints for these novel species.
Tissue Culture techniques such as protoplast culture, somaclonal variation, endosperm culture, limited gene transfer, embryo rescue, anther culture and gametoclonal variation, and in vitro mutagenesis, have now been successfully and commercially used to speed up the process of introduction and induction of variations in several economically important crops.
The techniques used include the following:
IVI's cellular and molecular expertise is continually expanding and this is available on contract basis to specialized plant breeding companies, seed industries and pharmaceutical sectors, to complement their crop and product improvement programmes.
Besides contract propagation and research on various aspects of plant tissue culture and plant biotechnology. IVI has assisted many countries and companies throughout the world in setting up plant tissue culture and plant biotechnology research and production facilities under various national schemes and international programmes of FAO/IAEA/UNIDO/USAID especially in Sri Lanka, Mauritius, Bangladesh, Malaysia, Ghana, Cuba, Tanzania, Kenya, Uganda etc.
Anthuriums, Alstromeria, Calla Lilies, Carnations, Chrysanthemums, Eryngium, Freesia, Gardenia, Gerberas, Gladiolus, Gypsophilia, Helianthus, Iris, Lilies, Orchids, Petunia, Primula, Rose, Rhododendron and Saintpaulias
Aconitum, Actea, Agapanthus, Alocasia, Alpinia, Anemone, Astransia, Betula, Brunnera, Caladium, Calathea, Campanula, Carex, Colocasia, Cordyline, Croton, Delphinium, Dicentra, Dieffenbachia, Dionaea, Disporum, Dracaena, Euphorbia, Fern, Ficus, Geranium, Hemerocallis, Hydrangea, Heliopsis, Heuchera, Hosta, Leucanthemum, Lingularia, Monstera, Nepenthes, Nephrolepis, Ophiopogon, Philodendron, Polemonium, Pulonaria, Rudbeckia, Schefflera, Spathiphyllum, Syngonium, Tiarella and Verbascum
Cardamom, Coffee, Ginger, Miscanthus, Sugarcane, Turmeric and Vanilla
Banana, Cherry apple, Peach, Pineapple, Strawberry, Citrus, Apple, Papaya and Kiwi
Asparagus, Cauliflower, Onion, Brassica, Tomato, Potato and Capsicum
Kadam, Teak, Eucalyptus and Bamboo
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