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Temperature-sensitive coupling and uncoupling of ATPase-mediated, nonradiative energy dissipation: Similarities between chloroplasts and leaves

1995

Gilmore, A.M. | Bjoerkman, O. (Carnegie Institution of Washington, Stanford, California (USA). Dept. of Plant Biology)

AGROVOC Keywords
adenosine triphosphate atpasa atpase chlorophylle chlorophylls chloroplaste chloroplasts clorofilas cloroplasto energia energie energy estres feuille fluoreszenz fotosistemas hojas hydrolyse hydrolysis kinase lactuca sativa leaves light luz mitochondria mitochondrie mitocondria modele modelos models optical properties oxidative phosphorylierung pflanzenphysiologie phosphorylation photosynthese photosynthesis photosystems stress temperatura temperature thylakoid violaxanthin xanthophylle xanthophylls xantofilas
Bibliographic information
Volume 197 Issue 4 ISSN 0032-0935
Pagination
pp. 646-654
Other Subjects
Fotosintesis; Gemuesebau; Fosforilacion; Photosysteme; Propriete optique; Propiedades opticas; Adenosintrifosfato; Hidrolisis; Proton; Lumiere; Aegialitis annulata
Language
English
Note
Summary (En)
9 ill., 1 table; 35 ref.
Type
Summary
1997-08-15
AGRIS AP
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