Physico-Chemical Study of Human Isohaemagglutination

Filitti-Wurmser, S; Jacquot-Armand, Y; Aubel-Lesure, G; Wurmser, René

doi:10.1111/j.1469-1809.1952.tb02511.x

Cited by 15 publications

(11 citation statements)

References 7 publications

(2 reference statements)

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“…Only a few observations have been made on human red-cell antibodies. Filitti-Wurmser, JacquotArmand, Aubel-Lesure & Wurmser (1954) computed thermodynamic constants for anti-B antibody against group B erythrocytes; antibody concentration was measured indirectly, in terms of the maximum number of erythrocytes that the antiserum could agglutinate. Boursnell, Coombs & Rizk (1953) used 1I as a protein label to investigate the uptake by red cells of the antibody anti-D.…”

mentioning

confidence: 99%

The kinetics of the reaction between the blood-group antibody anti-c and erythrocytes

Hughes‐Jones¹,

Gardner²,

Telford³

1962

Biochemical Journal

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mentioning

confidence: 99%

The kinetics of the reaction between the blood-group antibody anti-c and erythrocytes

Hughes‐Jones¹,

Gardner²,

Telford³

1962

Biochemical Journal

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“…3.15 X 10~5 mg affect these calculations, but the findings are of interest in view of the reports of Filitti-Wurmser et al [6], who found that for the ABO system 4000 molecules per erythrocyte would bring about agglutination. For the Rh system Masouredis [12] finds 100 molecules agglutination.…”

Section: Xlo7mentioning

confidence: 64%

Serological and Immunochemical Studies on the Snail (Otala lactea)

Bhatia¹,

Kim²,

Boyd³

1968

Vox Sanguinis

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Anti-A agglutinins from snail (Otala lactea) were studied for their serological and immunochemical behavior. Column chromatography suggested that the snail anti-A had a sedimentation constant of 4.3 with estimated molecular weight of 42,000. These preparations were tested for Ouchterlony’s agar gel diffusion and immunoelectrophoresis. The breakage of disulfide bonds with mercaptoethanol affected the anti-A activity of the snail protein. Attempts were made to study the percentage of anti-A active protein in these preparations and the amount of anti-A protein required for agglutination of red cells.

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“…can be distinguished by their thermodynamic properties [17]. A study is presently in progress to confirm, if possible, these highly significant findings using the cell counting method of Wilkie and Becker [71].…”

Section: Applications -Present and Futurementioning

confidence: 89%