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SEM observations on the cellular transmigration through the wall of blood vessels in cancer of the human larynx

100%

Kus J. , Miodonski A. J. , Olszewski E. , Sekula J.

Folia Histochemica et Cytobiologica

1985

tom 23

nr 1-2

Cellular elements of the immune system in the larynx cancer, SEM study

100%

Kus J. , Miodonski A. J. , Olszewski E. , Sekula J.

Folia Histochemica et Cytobiologica

1985

tom 23

nr 3

Microvasculature of the human fetal laryngeal anterior commissure

100%

Strek P. , Nowogrodzka-Zagorska M. , Miodonski A. J. , Olszewski E.

Folia Morphologica

1997

tom 56

nr 4

Two types of vascularisation of intramural uterine leiomyomata revealed by corrosion casting and immunohistochemical study

88%

Walocha J. A. , Miodonski A. J. , Szczepanski W. , Skrzat J. , Stachura J.

Folia Morphologica

2004

tom 63

nr 1

The blood supply of myomatous uteri collected upon autopsy was examined. The uterine vascular beds were perfused via afferent vessels with fixative followed by Mercox resin and corroded after polymerisation of the resin. The vascular casts thus obtained were examined using scanning electron microscopy. The vascular system of the uterine fibroids was also examined using immunohistochemical analysis (FVIII, factor VIII-related antigen).

Application of acrylic emulsion Liquitex R [Binney and Smith] for the preparation of injection specimens and immunohistochemical studies - an observation

63%

Walocha J. A. , Szczepanski W. , Miodonski A. J. , Gorczyca J. , Skrzat J. , Bereza T. , Ceranowicz P. , Lorkowski J. , Stachura J.

Folia Morphologica

2003

tom 62

nr 2

Application of acrylic emulsion Liquitex R for injection studies of the vascular system of human myomatous uteri was analysed. It was found that this injection mass does not penetrate the capillary bed of human organs, but it is useful in studies carried out on the blood supply of the human organs removed from cadavers. The results were compared with the studies performed with the help of immunohistochemical tests for von Willebrandt’s factor.