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Heme-induced activation of the TLR3/TRIF-IFN-I-CCL2 pathway contributes to kidney injury in sickle cell disease.

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Hemolysis by asbestos

Environmental Research, 1971
Abstract Chrysotile asbestos hemolyses erythrocytes within 10 minutes and over a wide range of pH. Other forms of asbestos show varying hemolytic activities which are related to the magnesium:silicon ratio of each form studied. Erythrocytes from different species of animals show different degrees of hemolysis when exposed to chrysotile, amosite, and ...
J S, Harington, K, Miller, G, Macnab
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Hemolysis by hexachlorophene

Chemico-Biological Interactions, 1974
Abstract Human erythrocytes were hemolyzed by doses of hexachlorophene (HCP) comparable to those which caused lysis of bacterial protoplasts. The hemolytic doses were about 5 orders of magnitude higher than the reported blood levels in regular hexachlorophene users. Thus, hemolytic phenomena seem unlikely sources of hexachlorophene toxicity.
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Osmotic hemolysis contrasted with freeze-thaw hemolysis

Cryobiology, 1971
Abstract Red blood cell ghosts resulting from osmotic hemolysis in the presence of Mg ions (Mg ghosts) and ghosts resulting from slow freeze-thaw process (freeze-thaw ghosts) differ in many respects: (1) Mg ghosts spontaneously take on the disc shape immediately after hemolysis and resuspension in buffered salt solution; whereas freeze-thaw ghosts ...
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