Titlebook: Lipoxygenases and their Metabolites; Biological Functions Santosh Nigam,Cecil R. Pace-Asciak Book 1999 The Editor(s) (if applicable) and Th

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Eric N. Johnson,Duxin Sun,Xin-Sheng Chen,Colin D. Funkbe present. four X-ray flares were detected. Three of these events were similar to the . HRI-flare (Vilhu and Linsky, 1987), with decay times around 25 min. The last flare had long rise and decay times (100 min), resembling the . flares observed by Collier Cameron et.al. (1988). The mean flare spect

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Tankred Schewe,Karen Petrich,Peter Ludwig,Hartmut Kühn,Santosh Nigams and molecular-level regulatory mechanisms involved. Most advances have involved inferring such mechanisms based on the analysis of iron-dysregulation phenotypes arising in various genetic mutant strains. Still lacking is a cellular- or system-level understanding of iron homeostasis. These experime

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R. Müller-Peddinghausm complexes with multiple metabolites presents major challenges to understanding the mechanisms that govern this homeostasis. Adding further to the complexity, some of the major mitochondrial transporters have shown substrate promiscuity. In many cases, mitochondrial metals are found in the matrix c

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Cecil R. Pace-Asciak,Denis Reynaud,Peter Demin,Santosh Nigamss cellular membranes in all living organisms, thus playing key roles in essential and toxic metal homeostasis. Biochemical characterization of transporter-mediated translocation events and transport kinetics of redox-active metals, such as iron and copper, is challenged by the complexity in generat

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Charles N. Serhan,Tomoko Takano,Jane F. Maddoxoof was only provided in the 1930s. Chlorosis was ascribed to the disturbed endocrine function of the ovaries (Naegeli, 1931; and others) and the therapeutic effect of iron was believed to be through a stimulatory effect on the pathological bone marrow function that developed as a result of the endo

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