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30 results on '"Ferrari, M.B."'

13. Bolus in optimizing VMAT breast treatments

Author

Monti, A.F., primary, Brambilla, M.G., additional, Sarno, L., additional, Carbonini, C., additional, Ferrari, M.B., additional, Zanni, D., additional, Rottoli, F., additional, Arienti, V., additional, and Torresin, A., additional

Published
2016
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16. Bolus in VMAT breast treatment

Author

Monti, A., primary, Brambilla, M.G., additional, Sarno, L., additional, Torresin, A., additional, Maldera, A., additional, Ferrari, M.B., additional, Zanni, D., additional, Carbonini, C., additional, Mainardi, H.S., additional, and Arienti, V., additional

Published
2016
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28. O 2−dependent lipid peroxidation does not affect the molecular order in hepatoma microsomes

Author

Masotti, L., Cavatorta, P., Ferrari, M.B., Casali, E., Arcioni, A., Zannoni, C., Borrello, S., Minotti, G., and Galeotti, T.

Abstract

Microsomal membranes from rat liver and from the fast-growing Morris hepatoma 3942A have been peroxidized to different extents and the order parameter of the membranes measured by fluorescence depolarization of the probe 1,6-diphenyl-1,3,5-hexatriene. The data have been analysed by applying a mathematical approach that takes into account simultaneously static and dynamic fluorescence parameters. It appears that tumour membranes are more ordered than the control and their order parameter does not increase with greater exposure to the action of O −2radicals in contrast to liver membranes. The fatty acid composition of the membrane lipids has been studied under different experimental conditions and correlated to the behaviour of the physical parameter.

Published
1986
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29. Lipid peroxidation and fluidity of plasma membranes from rat liver and Morris hepatoma 3924A

Author

Galeotti, T., Borrello, S., Palombini, G., Masotti, L., Ferrari, M.B., Cavatorta, P., Arcioni, A., Stremmenos, C., and Zannoni, C.

Abstract

Plasma membranes isolated from the fast-growing, maximal-deviation, Morris hepatoma 3924A exhibit remarkable changes in lipid composition, lipid peroxidation and to some extent in the physical state with respect to rat liver plasmalemmas. A correlation appears to exit between the lower phospholipid: protein ratio, higher cholesterol: phospholipid ratio, lower rate of lipid peroxidation and decrease in fluidity in tumor plasma membranes.

Published
1984
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30. O2−dependent lipid peroxidation does not affect the molecular order in hepatoma microsomes

Author

Masotti, L., Cavatorta, P., Ferrari, M.B., Casali, E., Arcioni, A., Zannoni, C., Borrello, S., Minotti, G., and Galeotti, T.

Abstract

Microsomal membranes from rat liver and from the fast‐growing Morris hepatoma 3942A have been peroxidized to different extents and the order parameter of the membranes measured by fluorescence depolarization of the probe 1,6‐diphenyl‐1,3,5‐hexatriene. The data have been analysed by applying a mathematical approach that takes into account simultaneously static and dynamic fluorescence parameters. It appears that tumour membranes are more ordered than the control and their order parameter does not increase with greater exposure to the action of O−2radicals in contrast to liver membranes. The fatty acid composition of the membrane lipids has been studied under different experimental conditions and correlated to the behaviour of the physical parameter.

Published
1986
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