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Histological study of nodule morphogenesis from Cichorium intybus L. leaves cultivated in vitro


, : Histological study of nodule morphogenesis from Cichorium intybus L. leaves cultivated in vitro. In Vitro Cellular and Developmental Biology Plant 34(2): 87-93

Chicory root, stem, and leaf tissues have the propensity to regenerate organogenetic nodules following a wounding treatment. Using histological methods, this phenomenon was examined on leaves of Cichorium intybus Witloof cultured in vitro.

Accession: 003161106

DOI: 10.2307/20064962

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Related references

Toponi M.A., 1968: Some electron microscope observations on fragments of cichorium intybus d leaves cultivated in vitro. Colloques Nationaux Du Centre National De La Recherche Scientifique Les Cultures De Tissus De Plantes (The Cultures Of Tissues Of Plants) 381p Illus Editions Du Centre National De La Recherque Scientifique: Paris, France 61-70

Vasseur J.; Rambour S., 1978: Isolation and evolution of poly adenylated rna during buds formation by explants of cichorium intybus leaves cultivated in vitro. Comptes Rendus Hebdomadaires des Seances de l'Academie des Sciences Serie D Sciences Naturelles 287(10): 939-942

Pieron, S., 2000: Nodule organogenesis from Cichorium intybus leaves Effect of leaf position and wounding. Plant Physiology & Biochemistry (Paris) 38(Supplement): s25, August

Lefebvre, R.; Vasseur, J.; Backoula, E.; Couillerot, J.P., 1992: Participation of carbohydrate metabolism in the organogenic orientation of Cichorium intybus tissues cultivated in vitro. 6-Benzylaminopurine and alpha-naphthaleneacetic acid each stimulate inulase and invertase activities in Cichorium intybus, although these two hormones induce different organ formations. Unlike auxin, however, cytokinin allows a partial elaboration...

Couillerot, J.; Bouriquet, R.B.nnemain, J., 1978: Histogenetic modifications in etiolated leaf explants of the chicory Cichorium intybus L. cultivated in vitro. Revue generale de botanique: 85 (1004 1006) 3-10

Lefebvre, R.V.sseur, J.B.ckoula, E.C.uillerot, J., 1992: Participation of carbohydrate metabolism in the organogenic orientation of tissues of Cichorium intybus cultivated in vitro. Canadian journal of botany = Journal canadien de botanique 70(9): 1897-1902

Vasseur J.; Lefebvre R.; Backoula E., 1987: Variation of intratissular carbohydrates during bud formation in root explants of cichorium intybus cultivated in vitro. During the cellular activation that begins with excision of root explants from Cichorium intybus L. var. Witloof cv. Zoom cultured in vitro, hydrolysis of fructose polymers, in particular of the polyfructosans (inulin) takes place. The products of...

Mikou, K.; Badila, P., 1992: Photoperiodic induction of in vitro organogenesis and flowering of Cichorium intybus: histological aspects. In root explants of this long-day species, inflorescences were produced under short-day conditions (9 h) if long days were applied on days 10 to 18 of in vitro culture. Long days consisted of either 16 h fluorescent light (5.6 W/msuperscript 2) or...

Mikou K.; Badila P., 1992: In vitro photoperiodic induction of organogenesis and flowering in cichorium intybus histological aspects. In root explants of a long-day plant, Cichorium intybus L., grown in vitro, inflorescences were produced under short-day conditions (9 h) if long days were applied on days 10 to 18 of culture. Long days consisted of either 16 h fluorescent light (...

Dorchies, V.R.mbour, S., 1985: Nitrate reductase activity in Cichorium intybus (var. Witloof) at different stages of development and in tissues cultivated in vitro. Physiologie vegetale 23(1): 25-35