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Titlebook: Analysis of Free Radicals in Biological Systems; A. E. Favier,J. Cadet,J.-L. Pierre Book 1995 Springer Basel AG 1995 DNA.Lipid.Oxidation.P

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期刊全稱Analysis of Free Radicals in Biological Systems
影響因子2023A. E. Favier,J. Cadet,J.-L. Pierre
視頻videohttp://file.papertrans.cn/157/156367/156367.mp4
圖書封面Titlebook: Analysis of Free Radicals in Biological Systems; A. E. Favier,J. Cadet,J.-L. Pierre Book 1995 Springer Basel AG 1995 DNA.Lipid.Oxidation.P
影響因子"Oxidative stress" is used as the generic term describing the involve- ment of reactive oxygen species in various human diseases. The scope of such a topic is becoming increasingly wide. The recent interest in radicals such as nitric oxide and the discovery of new mechanisms such as the effect of free radicals on redox sensitive proteins and genes are enlarging our understanding of the physiological role of free radicals. Oxidative stress is involved in numerous pathological. processes such as ageing, respiratory or cardiovascular diseases, cancer, neurological pathologies such as dementia or Parkinson‘s disease. It still remains difficult, however, to demonstrate by chemical measurement the in vivo production of free radicals and even more to realise their speciation. Therefore, the development of new tools and indicators is engrossing many researchers working in this field. Reliable indicators are abso- lutely necessary not only to monitor the evolution of oxidative stress in patients but also to evaluate the efficiency of new antioxidant treat- ments. The French Free radical club of Grenoble, the CERLIB has been involved for many years in the organisation of international traini
Pindex Book 1995
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Christoph Pierenkemper,Jürgen GausemeierIrradiation of hypericin in EYL liposomes with visible light under aerobic conditions at pH 7, produced superoxide anion radicals which were detected with the spin trap 5,5-dimethyl-1-pyrroline-1-oxide(D MPO).
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https://doi.org/10.1007/978-3-658-26131-3 this chemistry is an essential prerequisite for a comprehensive description of the reactions which are involved in the oxidative stress and, then, for the design of drugs capable of preventing the deleterious effects of active oxygen species.
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https://doi.org/10.1007/978-3-658-26131-3 this chemistry is an essential prerequisite for a comprehensive description of the reactions which are involved in the oxidative stress and, then, for the design of drugs capable of preventing the deleterious effects of active oxygen species.
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K. Greeff,H. Strobach,E. Verspohllls during oxidation of Larginine catalyzed by NO synthases. Nitric oxide is a radical species, very reactive towards molecular oxygen, superoxide radical, organic radicals and transition metals. During these reactions, .NO can be converted to NO., the nitrosonium ion, NO., the nitroxyl anion or to
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