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Practice and promise of micropropagation of woody species

, : Practice and promise of micropropagation of woody species. Acta Horticulturae (79): 113-127

Three principal ways of propagating temperate trees and shrubs in aseptic culture are from meristems and shoot tips, callus, and, potentially, from cell suspensions. Over 50 different species from 19 families have now been propagated or have shown a propensity to regenerate from tissue cultures. The particular values of micropropagation methods to the plant breeder are rapid multiplication, reduced risks of loss of stock, and reduced costs.

Accession: 000464789

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Related references

Barlass, M., 1983: Micropropagation of woody species. A paper reprinted from the proceedings of a Symposium on Developments in Hydroponics and Propagation held in 1982. Micropropagation is defined as the clonal multiplication of plant species using tissue culture techniques. A brief review is given o...

Tamin, M.S.B.M., 1988: Micropropagation: the problems with woody species. Various physical and biological problems in the tissue culture of woody species are reviewed. Availability of explant material, disinfestation, tissue browning and emission of exudates from cut surfaces sometimes cause difficulties, especially wit...

Rodriguez, A.P.M.; Vendrame, W.A., 2003: Micropropagation of tropical woody species. This paper provides information on three aspects related to micropropagation: (1) a description on the recent advances in the micropropagation of Eucalyptus and passion fruit (Passiflora sp.) and new strategies for the formulation of improved cult...

Stefano, M.; Rosario, M., 2003: Effects of light quality on micropropagation of woody species. This chapter covers topics on the physiological implications of micropropagation; the effects of light quality during shoot proliferation stage; the effects of light quality on adventitious root induction; the effects of light quality on other cul...

Vanderschaeghe, A.M.; Debergh, P.C., 1988: Influence of explant type on micropropagation of woody species. Three subcultures of apices or axillary buds of Fagus sylvatica cv. Atropurpurea showed that cultures originating from apices had a significantly higher multiplication rate than those originating from axillary buds. A comparison of 4 treatments of...

Debergh, P.C., 1988: Micropropagation of woody species - state of the art on in vitro aspects. A review and discussion under the following headings: adequate cultural environment; culture medium; culture atmosphere, temperature and relative humidity; gaseous compounds other than water vapour; vitrification; micrografting; automation; and ro...

Druart, P., 1988: Regulation of axillary branching in micropropagation of woody fruit species. Axillary branching could be regulated by the following 4 treatments. Addition of vitamin D2 (1-10 ml/litre) to the medium enhanced proliferation rate during several subcultures, depending on the vitamin concentration in the culture medium. L-Methi...

Alderson, P.G., 1987: Micropropagation of woody plants. In this review and discussion, the main methods of regenerating woody plants in vitro are summarized and factors causing problems are highlighted. Species cited include woody ornamentals, forest trees and temperate and tropical fruit trees.

Anonymous, 1993: Micropropagation of woody plants. This book provides a review of recent advances in vegetative propagation of woody plants by tissue culture. In the 29 chapters by 47 authors, topics covered include: cellular control of morphogenesis; light regimes in tissue culture; maturation an...

Griffin, H.D.; Cameron, N.D.; Bulfield, G., 1992: Breeding and transgenesis as means of decreasing adiposity in farm animal species: practice and promise. The potential for reducing the fat content in the major livestock species, i.e., cattle, sheep, pigs and poultry, by conventional selection is examined and initial attempts to improve lean tissue growth by the use of gene transfer are briefly revi...