Capillary Phenomena Observed in Blood Cells: Thigmocytes, Phagocytosis, Amœboid Movement, Differential Adhesiveness of Corpuscles, Emigration of Leucocytes

Tait, Joyce

doi:10.1113/expphysiol.1918.sp000249

Exp Physiol

1918

DOI: 10.1113/expphysiol.1918.sp000249

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Capillary Phenomena Observed in Blood Cells: Thigmocytes, Phagocytosis, Amœboid Movement, Differential Adhesiveness of Corpuscles, Emigration of Leucocytes

Joyce Tait

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1923

1949

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Cited by 31 publications

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“…According to the theoretical formulation of Fenn (1921), based in part on the previous work of Tait (1918) and Rhumbler (1914), a decrease in free surface energy occurs when a particle is ingested by a phagocyte. Mudd and Mudd (1933) offered experimental evidence in support of this concept in their elucidation of the role played by opsonins (and nonimmune serum) in promoting phagocytosis.…”

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The Effect of Surface-Active Agents on Phagocytosis

1949

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mentioning

confidence: 99%

The Effect of Surface-Active Agents on Phagocytosis

1949

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Amniotic ectoderm in tissue‐cultures

Lewis¹

1923

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The leucocytic reaction in Necturus maculosus to intravascular injections of colloidal carbon, with special reference to the behavior of the basophiles and thrombocytes

Dawson

1933

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ONE PLATE (TEN FIGURES) Recent studies have shown that many cells other than those of recognized phagocytic capacity may take up particulate matter such as carbon and carmine. I n a study of the blood of the leopard frog following injections of India ink into the dorsal lymph sac, Jordan ( '25) found that monocytes phagocytosed the greatest amount, while neutrophiles took up only minute particles and lymphocytes and young thrombocytes might contain a few grains. The present study deals with the leucocytic reaction in Necturus to large amounts of carbon, in the form of Higgin's waterproof India ink, injected intravascularly. MATERIALS AND METHODSMature, medium-sized, specimens of Necturus maculosus were used. The India ink was diluted with three volumes of distilled water and filtered twice. All injections were made by way of afferent branchial arteries. Two animals received two successive daily injections of 0.25 cc. of the suspension and were killed 24 hours later. Two others received similar injections, with a 48-hour interval, and were killed, one 48 and the other 120 hours after the last injection. A fifth animal was given a n 0.75 cc. injection, followed in 48 hours by a n 0.25 cc. injection, and was killed 96 hours later.

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Capillary Phenomena Observed in Blood Cells: Thigmocytes, Phagocytosis, Amœboid Movement, Differential Adhesiveness of Corpuscles, Emigration of Leucocytes

Cited by 31 publications

References 7 publications

The Effect of Surface-Active Agents on Phagocytosis

The Effect of Surface-Active Agents on Phagocytosis

Amniotic ectoderm in tissue‐cultures

The leucocytic reaction in Necturus maculosus to intravascular injections of colloidal carbon, with special reference to the behavior of the basophiles and thrombocytes

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