Results 271 to 280 of about 523,270 (314)
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Lipoprotein(a) : new insights into an atherogenic lipoprotein
The Clinical Investigator, 1994Lipoprotein(a) constitutes a macromolecular complex in human plasma that combines structural features from the blood clotting and the lipoprotein systems. Aside from the discovery of lipoprotein(a) [Lp(a)] as a potential independent risk factor for premature cardiovascular disease its physiological role and activity remains obscure.
Bartens, Werner, Wanner, Christoph
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β-lipoprotein, lipoprotein lipase and atromid
Journal of Atherosclerosis Research, 1963Summary The lipoprotein lipase activity eluted in connection with chromatographically separated β-lipoprotein was considerably lower in 6 cases of essential hyperlipaemia than the average for 7 healthy controls. Atromid administration seemed to increase the lipoprotein lipase activity per mg β-lipoprotein protein in 4 of 5 cases.
B, HOOD, P, BEDDING, B, CARLANDER
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Lipoproteins and Lipoprotein Metabolism
1975The plasma lipoproteins provide the body with a transport system for the otherwise insoluble lipids. All lipids except for free fatty acids and lysolecithin, circulate in plasma from their site of origin to their site of utilization in association with these lipid-protein complexes, the lipoproteins. In healthy humans, more than 100 g of triglycerides,
S. Eisenberg, R. I. Levy
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Current Opinion in Lipidology, 1999
Lipoprotein(a) is an atherogenic, cholesterol ester-rich lipoprotein of unknown physiological function. The unusual species distribution of lipoprotein(a) and the extreme polymorphic nature of its distinguishing apolipoprotein component, apolipoprotein(a), have provided unique challenges for the investigation of its biochemistry, genetics, metabolism ...
H H, Hobbs, A L, White
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Lipoprotein(a) is an atherogenic, cholesterol ester-rich lipoprotein of unknown physiological function. The unusual species distribution of lipoprotein(a) and the extreme polymorphic nature of its distinguishing apolipoprotein component, apolipoprotein(a), have provided unique challenges for the investigation of its biochemistry, genetics, metabolism ...
H H, Hobbs, A L, White
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The Journal of Pediatrics, 1974
D E S P t T E T H E F A C T that hyperlipoproteinemia has received great clinical attention, there is a scarcity of information on the normal distribution of lipids and lipoproteins or screening tests for reliable detection of hyperlipoproteinemia in children.
H R, Cress +3 more
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D E S P t T E T H E F A C T that hyperlipoproteinemia has received great clinical attention, there is a scarcity of information on the normal distribution of lipids and lipoproteins or screening tests for reliable detection of hyperlipoproteinemia in children.
H R, Cress +3 more
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High density lipoprotein and lipoprotein oxidation
Current Opinion in Lipidology, 1996HDL protects LDL from oxidative damage known to contribute to the onset and progression of atherosclerosis. This antioxidant protection by HDL is mediated by intrinsic hydrolytic enzyme systems, by accelerated selective uptake of lipid peroxides from HDL and by antioxidant molecules.
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Journal of Bioenergetics and Biomembranes, 1990
Covalent modification of membrane proteins with lipids appears to be ubiquitous in all living cells. The major outer membrane (Braun's) lipoprotein of E. coli, the prototype of bacterial lipoproteins, is first synthesized as a precursor protein. Analysis of signal sequences of 26 distinct lipoprotein precursors has revealed a consensus sequence of ...
S, Hayashi, H C, Wu
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Covalent modification of membrane proteins with lipids appears to be ubiquitous in all living cells. The major outer membrane (Braun's) lipoprotein of E. coli, the prototype of bacterial lipoproteins, is first synthesized as a precursor protein. Analysis of signal sequences of 26 distinct lipoprotein precursors has revealed a consensus sequence of ...
S, Hayashi, H C, Wu
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Perfusion, 1997
A broad range of molecular and cellular interactions contribute to various pathophysiological alterations in haemostasis. Recent studies have shown strong links between lipoproteins and coagulation factors. Findings suggest that lipoproteins play an important role in the fibrinolytic and thrombogenic mechanisms that influence the risks of patients in ...
A, Basile-Borgia, J H, Abel
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A broad range of molecular and cellular interactions contribute to various pathophysiological alterations in haemostasis. Recent studies have shown strong links between lipoproteins and coagulation factors. Findings suggest that lipoproteins play an important role in the fibrinolytic and thrombogenic mechanisms that influence the risks of patients in ...
A, Basile-Borgia, J H, Abel
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Baillière's Clinical Endocrinology and Metabolism, 1995
The understanding of the role of lipoprotein oxidation is still incomplete. Much is still to be learned about the mechanism of action of oxidized lipoproteins on different types of cell, as well as the origin of the oxidation process, and how it links to the situation in vivo.
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The understanding of the role of lipoprotein oxidation is still incomplete. Much is still to be learned about the mechanism of action of oxidized lipoproteins on different types of cell, as well as the origin of the oxidation process, and how it links to the situation in vivo.
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1977
Publisher Summary Plasma lipoproteins are the macromolecular complexes with reproducible lipid-protein ratios and stability in aqueous solutions. This chapter describes the classification of the plasma lipoproteins, molecular properties of apolipoproteins, molecular organization of lipoprotein particles, and lipoprotein metabolism.
J C, Osborne, H B, Brewer
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Publisher Summary Plasma lipoproteins are the macromolecular complexes with reproducible lipid-protein ratios and stability in aqueous solutions. This chapter describes the classification of the plasma lipoproteins, molecular properties of apolipoproteins, molecular organization of lipoprotein particles, and lipoprotein metabolism.
J C, Osborne, H B, Brewer
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