Fusion of erythrocytes and other cells with retention of erythrocyte cytoplasm: nuclear activation in chicken erythrocyte-melanoma heterokaryons.
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Animals↗
Biomedical subjects
A Loyter
Publications and source records attributed to A Loyter.
Fusion of intact human erythrocytes and erythrocyte ghosts.
Sendai virus is able to induce the fusion of human erythrocytes. Bivalent cations or ATP are not essential for polyerythrocyte formation. High fusion indices were obtained when Sendai virus was added to cells incubated in the presence of both EDTA and iodoacetic acid. Human erythrocyte ghosts prepared by gradual hemolysis still retain the potential to undergo virus-induced fusion. Fusion of human red blood cells without the addition of viruses was obtained by incubation of erythrocytes at pH 10.5 in the presence of Ca(++) (40 mM) or by addition of phospholipase C Clostridium perfringens preparations to cells previously agglutinated or polylysine.
Adenosine Triphosphate↗
Metabolically controlled hemolysis of chicken erythrocytes.
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Acetamides↗
The mechanism of cell fusion. II. Formation of chicken erythrocyte polykaryons.
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Aldehydes↗
[Non-viral induced fusion of erythrocytes].
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Animals↗
Resolution of the hemolytic and the hydrolytic activities of phospholipase-C preparation from Clostridium perfringens.
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Animals↗
The mechanism of cell fusion. I. Energy requirements for virus-induced fusion of Ehrlich ascites tumor cells.
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Adenine↗
Susceptibility of membrane phospholipids in erythrocyte ghosts to phospholipase C and their refractiveness in the intact cell.
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Journal Article↗
[Virus-induced membrane fusion].
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Adenosine Triphosphate↗
Ca 2+ -induced fusion of avian erythrocytes.
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Animals↗
Formation of polynucleate avian erythrocytes by polylysine and phospholipase C.
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Journal Article↗
Effect of phospholipases on the structure and function of mitochondria.
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Adenosine Triphosphatases↗
Virus induced fusion of chicken erythrocytes.
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Animals↗
Energy-driven Ca45 accumulation in submitochondrial particles.
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Adenine Nucleotides↗
Energy-linked ion translocation in submitochondrial particles. II. Properties of submitochondrial particles capable of Ca++ translocation.
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Adenosine Triphosphate↗
Energy-linked ion translocation in submitochondrial particles. I. Ca++ accumulation in submitochondrial particles.
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Adenine Nucleotides↗
Effect of anions on oxidative phosphorylation in submitochondrial particles.
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Acetates↗
Respiratory control in submitochondrial particles and Ca++ transport.
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Animals↗