Journal article

Characterization of the photosynthetic system (Ultrastructure of plastids, fluorescence induction profiles, low temperature spectra) of Arachis hypogaea L-callus cultures as influenced by sucrose and various hormonal treatments


Authors listKumar, A; Bender, L; Neumann, KH

Publication year1999

Pages211-216

JournalJournal of applied botany = Angewandte Botanik

Volume number73

Issue number5-6

ISSN0066-1759

PublisherBlackwell


Abstract
Freshly cut hypocotyl explants and established Arachis hypogaea L. (peanut) callus cultures behaved differently to the hormonal supplement of the nutritional medium. A hormonal response was more pronounced in case of freshly isolated explants than in long established cultures apparently because the later developed their own hormonal system and thereby responded poorly to exogenous phytohormones The photosynthetic system of established cultures which proved to be photoautotrophic was characterized in the present paper by ultrastructural investigations, low temperature absorption spectra and fluoressence induction measurements at various hormonal regimes. Whereas influences of exogenous phytohormones were rather small, a supplement of sucrose to the nutrient medium has suppressive effects on the development of the photosynthetic system.



Citation Styles

Harvard Citation styleKumar, A., Bender, L. and Neumann, K. (1999) Characterization of the photosynthetic system (Ultrastructure of plastids, fluorescence induction profiles, low temperature spectra) of Arachis hypogaea L-callus cultures as influenced by sucrose and various hormonal treatments, Journal of applied botany = Angewandte Botanik, 73(5-6), pp. 211-216

APA Citation styleKumar, A., Bender, L., & Neumann, K. (1999). Characterization of the photosynthetic system (Ultrastructure of plastids, fluorescence induction profiles, low temperature spectra) of Arachis hypogaea L-callus cultures as influenced by sucrose and various hormonal treatments. Journal of applied botany = Angewandte Botanik. 73(5-6), 211-216.



Keywords


CELL-CULTURESEXPLANTS


SDG Areas


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