Ethane generation

Bums, C. P., and Wagner, B. A., 1991, Heightened susceptibility of fish oil polyunsamrate-enriched neoplastic cells to ethane generation during Upid peroxidation, J. Lipid Res. 32 79-87. 

Conformational Different conformation in flexible ligands such as bis(4-pyridyl)ethane generates a different network architecture.23 Conformational polymorphism is a closely related subject.38... 

Recent experiments with pea chloroplasts illuminated in the absence of an electron acceptor have shown that both chlorophyll and linolenic acid breakdown was retarded by the singlet quenchers DABCO and crocin (23), Further work showed that linolenic acid breakdown and ethane generation in isolated chloroplast thylakoids was promoted by the addition of the singlet oxygen generator rose bengal immobilized on DEAE-sepharose (24). 

Figure 3. The effect of 10 M monuron on pigment content and ethane generation of flax cotyledons incubated at 30 Wm. Pigment levels are expressed as a percentage of the levels at 0 h. Key carotenes, xanthophylls, A/ chlorophyll, B, and ethane generation, O ( %).

Figure 9. Ethane generation by flax cotyledons incubated in flasks under light of 5.25 Wm. The final concentration of paraquat was 10 M and the copper-penicillamine (PA-Cu) represented 50 units of superoxide dismutase. Key control, paraquat. A and paraquat plus PA-Cu, (33).

Conformational—Conformational changes in flexible ligands (e.g., bis(4-pyridyl)ethane) generate a different but related network architecture. Conformational polymorphism is a closely related subject. 

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