Absättigungsversuch und Mischagglutination

Schulz, E

doi:10.1007/bf02114695

Cited by 4 publications

(2 citation statements)

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“…To evaluate the integral it is assumed that the correlation function has an exponential decay at large times (t > 5). There is little change in the reorientational motion of the molecule in going from liquid to plastic phase, as noted by the previous workers [9,10]. I denotes the moment The estimated error 3.…”

Section: Rotational Correlation [Unction [Or C~h12mentioning

confidence: 91%

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A study of the rotational correlation function for cyclohexane by Raman scattering

Bansal

Roy

1979

Molecular Physics

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Section: Rotational Correlation [Unction [Or C~h12mentioning

confidence: 91%

“…Schulz [10] has obtained correlation functions for C6H12 by Fourier transforming the v22(Eg ) band contour. He finds an exponential decay at all times for the temperature range 345-193 K. This would imply small step rotational diffusion behaviour at all temperatures.…”

Section: Rotational Correlation [Unction [Or C~h12mentioning

confidence: 99%

A study of the rotational correlation function for cyclohexane by Raman scattering

Bansal

Roy

1979

Molecular Physics

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ABH- und Lewis-Antigene der Trachealdr�sen

Pedal

Baedeker

1986

Z Rechtsmed

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Antigens A, B, H, Lea, and Leb were demonstrated in the tracheal glands of 15 Lewis-positive secretors and 15 nonsecretors by the indirect immunoperoxidase technique. The detection of group-specific ABH antigens in mucous epithelium and intraductal secretory fluid was dependent on the secretor character. Whereas determination of secretor character was sometimes unreliable with anti-A and anti-B, the findings obtained by additional labeling with UEA1 were consistently correct. The secretors showed minimal gland labeling with anti-Lea and intensive labeling with anti-Leb; the nonsecretors, intensive Lea labeling and weaker or absent Leb labeling. Consequently, the determination of secretor character by ABH labeling could be verified by the behavior of the Lewis antigens. Since both morphologic structures and epithelial antigens are highly resistant to putrefaction, ABO and secretor character can also be diagnosed in badly decomposed tracheal wall specimens.

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Anwendung der modifizierten Mischzellagglutination (mixed cell agglutination reaction, MCAR nach Davidsohn) in der forensischen Serologie; MCAR auf dem Klebebandstreifen

Ishiyama

Okada

1975

Z Rechtsmed

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In view of serological sensitivity, specificity and simple procedure of reaction pattern the modified mixed cell agglutination reaction (Davidsohn's MCAR) proved to be a very useful test for typing ABO isoantigens in forensic medicine. Its sensitivity surpasses in some cases, where very small amounts of isoantigens have to be detected, that of the absorption-elution reaction several thousand times. The capacity to demonstrate the localization of antigens seems to be more reliable than the original test method. The modified Davidsohn's MCAR (MCAR on adhesive tape) is expecially recommended when isoantigens which are localized on the surface of microscopic objects including fingerprints, dust, hairs, and histological sections, have to be determined. The usefulness of our modification in forensic medicine and the conditions which are essential for the application, are discussed.

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Absättigungsversuch und Mischagglutination

Cited by 4 publications

References 14 publications

A study of the rotational correlation function for cyclohexane by Raman scattering

A study of the rotational correlation function for cyclohexane by Raman scattering

ABH- und Lewis-Antigene der Trachealdr�sen

Anwendung der modifizierten Mischzellagglutination (mixed cell agglutination reaction, MCAR nach Davidsohn) in der forensischen Serologie; MCAR auf dem Klebebandstreifen

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