Die Wirkung unterschiedlicher Lichtintensitäten auf die Nitratreduktase-Aktivität, den Gehalt an löslichen Proteinen und löslichen reduzierenden Zuckern von Sinapis alba im Verlauf der Entwicklung von der Keimung bis zum Blühen

Wild, Aloysius; Zerbe, R.

doi:10.1016/s0015-3796(17)30294-9

Cited by 15 publications

(1 citation statement)

References 11 publications

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“…The content of soluble proteins in the crude extract was estimated with the Bio-Rad Protein Assay (Bio-Rad Lab., Munich). Details about the determination of soluble reducing sugars have already been reported by Wild and Zerbe (1977)0 Content of Fraction-1-Protein: Determinations of Fraction-1-Protein were performed as rocket-1mmunoelectrophoresis (Berzborn et al 1981) with antiserum raised in rabbits. Barbitalbuffer (u = 0.02; 0.8% agarose) for the electrophoresis and Amidoblack for dyeing were used.…”

Section: Methodsmentioning

confidence: 99%

The Influence of Brassinosteroid, a Growth-promoting Steroidal Lactone, on Development and CO2-fixation Capacity of Intact Wheat and Mustard Seedlings

Braun

Wild

1984

Advances in Photosynthesis Research

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Section: Methodsmentioning

confidence: 99%

The Influence of Brassinosteroid, a Growth-promoting Steroidal Lactone, on Development and CO2-fixation Capacity of Intact Wheat and Mustard Seedlings

Braun

Wild

1984

Advances in Photosynthesis Research

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Anatomical and Physiological Acclimation of Fatsia Japonica Leaves to Irradiance

Vidal

Griera

Marin

et al. 1990

American J of Botany

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Anatomical and physiological leaf characteristics and biomass production of Fatsiajaponica plants were studied. Plants were grown in a growth chamber at 300 umol m ? S-I (high light) and 50 umol m ? S-I (low light) photosynthetic photon flux density. Plants grown under high light showed a net maximum photosynthetic rate 44% higher than plants grown under low light; the light compensation point and the light saturation point were also higher in high-light plants. Photosynthetic oxygen evolution in isolated chloroplasts was about 40% higher in high-light plants. However, chlorophyll content on a dry weight basis, on a leaf area basis, and per chloroplast was greater in plants grown under low light. Leaf thickness in high-light plants was 13% higher than in low-light plants. The number of chloroplasts was 30% higher in high-light leaves, while chloroplast size was only slightly higher. Chloroplast ultrastructure was also affected by light. Leaf dry weight, leaf area, and biomass production per plant were drastically reduced under low light. Thus, F. japonica is a plant that is able to acclimate to different photosynthetic photon flux density by altering its anatomical and physiological characteristics. However, lowlight acclimation of this plant has a considerable limiting effect on biomass production. 1149

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The Effect of Blue and Red Light on the Content of Chlorophyll, Cytochrome f, Soluble Reducing Sugars, Soluble Proteins and the Nitrate Reductase Activity During Growth of the Primary Leaves of Sinapis alba

Wild

Holzapfel

1980

The Blue Light Syndrome

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Die Wirkung unterschiedlicher Lichtintensitäten auf die Nitratreduktase-Aktivität, den Gehalt an löslichen Proteinen und löslichen reduzierenden Zuckern von Sinapis alba im Verlauf der Entwicklung von der Keimung bis zum Blühen

Cited by 15 publications

References 11 publications

The Influence of Brassinosteroid, a Growth-promoting Steroidal Lactone, on Development and CO2-fixation Capacity of Intact Wheat and Mustard Seedlings

The Influence of Brassinosteroid, a Growth-promoting Steroidal Lactone, on Development and CO2-fixation Capacity of Intact Wheat and Mustard Seedlings

Anatomical and Physiological Acclimation of Fatsia Japonica Leaves to Irradiance

The Effect of Blue and Red Light on the Content of Chlorophyll, Cytochrome f, Soluble Reducing Sugars, Soluble Proteins and the Nitrate Reductase Activity During Growth of the Primary Leaves of Sinapis alba

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