Results 291 to 300 of about 226,434 (342)
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CRC Critical Reviews in Clinical Laboratory Sciences, 1979
(1) Brief introduction to iron metabolism and the biochemistry of ferritin. (2) Early studies of circulating ferritin. (3) Methods for measuring serum ferritin concentrations -- immunoradiometric, radioimmuno- and enzyme-linked immuno assays based on liver or spleen ferritin -- an evaluation of these techniques.
Mark Worwood, James D. Cook
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(1) Brief introduction to iron metabolism and the biochemistry of ferritin. (2) Early studies of circulating ferritin. (3) Methods for measuring serum ferritin concentrations -- immunoradiometric, radioimmuno- and enzyme-linked immuno assays based on liver or spleen ferritin -- an evaluation of these techniques.
Mark Worwood, James D. Cook
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The International Journal of Biochemistry & Cell Biology, 2004
A novel ferritin type specifically targeted to mitochondria has been recently found in human and mouse. It is structurally and functionally similar to the cytosolic ferritins, well-characterized molecules found in most living systems which are designed to store and detoxify cellular iron.
LEVI S, AROSIO, Paolo
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A novel ferritin type specifically targeted to mitochondria has been recently found in human and mouse. It is structurally and functionally similar to the cytosolic ferritins, well-characterized molecules found in most living systems which are designed to store and detoxify cellular iron.
LEVI S, AROSIO, Paolo
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Blood Reviews, 1990
The iron storage protein ferritin is found in all cells of the body as multiple isoferritins composed of 24 sub units of two types. The structure is well understood from increasingly detailed analysis by X-ray crystallography. Genes for the principal subunits (called H and L) have been cloned and are located on chromosomes 11q and 19q respectively. The
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The iron storage protein ferritin is found in all cells of the body as multiple isoferritins composed of 24 sub units of two types. The structure is well understood from increasingly detailed analysis by X-ray crystallography. Genes for the principal subunits (called H and L) have been cloned and are located on chromosomes 11q and 19q respectively. The
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Nihon rinsho. Japanese journal of clinical medicine, 2005
J.J. Winzerling, D.Q.D. Pham
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J.J. Winzerling, D.Q.D. Pham
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2000
Abstract Iron is essential for life and is involved in various physiological functions such as respiration, electron transport, and cell proliferation. Conversely, iron overload, especially free iron, causes cell damage by production of free radicals, oxidation of lipids, and DNA fragmentation.
Junji Kato +2 more
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Abstract Iron is essential for life and is involved in various physiological functions such as respiration, electron transport, and cell proliferation. Conversely, iron overload, especially free iron, causes cell damage by production of free radicals, oxidation of lipids, and DNA fragmentation.
Junji Kato +2 more
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