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The role of photorespiration during drought stress: an analysis utilizing barley mutants with reduced activities of photorespiratory enzymes

1999

Wingler, A. | Quick, W.P. | Bungard, R.A. | Bailey, K.J. | Lea, P.J. | Leegood, R.C. (Robert Hill Institute and Department of Animal and Plant Sciences, University of Sheffield, Sheffield, S10 2TN (United Kingdom))

AGROVOC Keywords
amine oxidase amine oxydase amino oxidasa aminotransferase aminotransferases barley carotenoide carotenoides carotenoids cebada chlorophylle chlorophylls clorofilas drought drought stress electron transfer fluorescence fluorescencia fotosistemas genotipos genotypes glutamina glutamine hordeum hordeum vulgare immunologie immunology ligasas ligase ligases mutant mutantes mutants orge oxidoreductions photorespiratory pathway photosynthese photosynthesis photosystem ii photosystems water stress xanthophylle xanthophylls xantofilas
Bibliographic information
Volume 22 Issue 4
Pagination
pp. 361-373
Other Subjects
Fotosintesis; Stress du a la secheresse; Aminotransferasas; Oxirreducion; Estres de sequia; Photosysteme; Genotype; Glutamate-ammonia ligase; Inmunologia; Amine oxidoreductases; Sequia; Voie metabolisme photorespiratoire; Secheresse; Oxydoreduction; Via metabolica fotorespiracion
Language
English
Note
46 ref.
1999-08-15
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