Age and Meristem “in Vitro” Culture Behaviour in Filbert
One of the most important problems for vegetative propagation of tree species, is associated with slow growth, also with changes between the juvenile and adult state, and the gradual loss of morphogenetic capacity (Libby, 1974).
KeywordsGibberellic Acid Callus Induction Adult Plant Ascorbic Acid Oxidase Basal Callus
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- Berlyn, G.P.; Beck, R.C., 1980, “Tissue culture as a technique for studing meristematics activity”. In: “Control of shoot growth in trees”. Proceedings of the joint workshop of IUFRQ working parties in xylem and shoot growth physiology. Fredericton. New Brunswick, pp 305–324.Google Scholar
- Bonga, J.M., 1981, “Organogenesis in vitro of tissues from mature conifers”. In Vitro 17:511–518Google Scholar
- Libby, W.J., 1974, “The use of vegetative propagules in forest genetics and tree improvement”.N. Z. J. For. Sci. 4:440–453Google Scholar
- Martinez, J.; Hugard, J. and Jonard, R., 1979, “Sur les différentes combinasions de greffages des apex réalisés in vitro entre Pecher, Abricotier et Myrobolan”. C. R.Acad. Sc. Paris 288:759–762Google Scholar
- Rao, N.R.; Jasdanwala, R.T.; Shing, Y.D., 1982, “Changes in phenolic substances and ascorbic acid turnover during early stages of fibre differentiation”. Beitr.Biol.Pflanzen. 57: 359–368.Google Scholar
- Schaffalitzky de Muckadell, M., 1959, “Investigations on ageing of apical meristerns in woody plants and its importance in silviculture”. Forstl. Forspg. Dan. 25:310–455Google Scholar
- Thorpe, T.A., 1980, “Organogenesis in vitro: Structural, physiological, and biochemical aspects”.Int. Rev. Ctol. Suppl. 11A:71–111Google Scholar
- Vieitez, A.M., San Jose, C. and Vieitez, E., 1985, “In vitro plantlet regeneration form juvenile and mature Quercus robur L.” J.Hort.Sci. 60(1):99–106.Google Scholar