Disturbtion of the endosalpingeal ultra-structure as a sterility cause under distal uterine tube occlusion

Р. V. Lyatoshinskaia; Evgenii F. Kira; Vitalyi F. Bezhenar; А. Р. Novozhylova

doi:10.17816/JOWD87132

Journal of obstetrics and women's diseases ›› 2004, Vol. 53 ›› Issue (1) : 42 -48. DOI: 10.17816/JOWD87132

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Disturbtion of the endosalpingeal ultra-structure as a sterility cause under distal uterine tube occlusion

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Abstract

We analyzed the ultra-structure of endosalpingian microbiopsies in 26 infertile patients with hydrosalpingites. We calculated the percentage of ciliated cells and estimated different parameters including the height of the epithelium, the presence of adhesions, epithelial desquamation, inflammatory cells and fibrosis in the wall. The microbiopsies were also investigated for their fine structure by transmission microscopy. Abnormalities of the kinocilia were detected. It was found that the formation of the hydrosalpingites is followed by the development of the deep dystrophic changes in endosalpinx. The latter can be the reason for the functional tubal disability in infertile patients.

Keywords

hydrosalpingitis / endosalpinx ultra-structure / tube sterility / ciliary index

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Р. V. Lyatoshinskaia, Evgenii F. Kira, Vitalyi F. Bezhenar, А. Р. Novozhylova. Disturbtion of the endosalpingeal ultra-structure as a sterility cause under distal uterine tube occlusion. Journal of obstetrics and women's diseases, 2004, 53(1): 42-48 DOI:10.17816/JOWD87132

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References

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[1]	Быков В.Л. Цитология и общая гистология.— СПб., 2002.- 520 с.

[2]	Глуховец Б.И., Лебедев С.С., Ухов Ю.И. Особенности микрососудистого русла маточных труб у женщин//Арх. анат., гистология и эмбриология.— 1982.— Т. 82, № 5.- С.51-55.

[3]

Bonilla-Musoles F., Ferrer-Barriendes J., Pellicer A. Makroscopische, microscopische und ultramicroscopische Anatomie und Nukleinsaure-Synthese der Tuba Fallopii//In: Inthraphavasak J., Pellicer A., Bonilla-Musoles F. Mikrochirurgie des Eileiters. Physiologie, Pathologie und Operationstechnik. Schattauer, Stuttgart — 1990.— P. 9-56.

[4]	Brokelmann J. Funktionelle Morphologie des Eileiters//Arch. Gynecol. Obstet.— 1989.— Vol. 245.— P. 391-395.

[5]	Brosens I.A., Vasques G. Fimbrial microbiopsy//Journal of reproductive medicine.— 1976.— Vol. 16.— P. 171-178.

[6]	Denschlag D., Keck C. IVF versus Tubenchirurgie//Reproduktionsmedizin.— 2002.— N 2.— P. 66-72.

[7]	Forman A., Anderson K.-E., Maigaad S. Concentration and contractile effects of substance P in the human ampullareisthmic junction//Acta Physiologica Scandinavica.— 1985.- Vol. 124.- P. 17-23.

[8]	Frederichs C.M. Morphological and functional aspects of the oviductal epithelium//In: Siegler A.M. The fallopian: basik studies and clinical contributions.— Futura, New York.— P. 67—80.

[9]	Gauwerky J.F.H. Rekonstruktive Tubenchirurgie.— 1999.

[10]	Halbert S.A., Szal S.E., Broderson S.H. Anatomical basis of

[11]	a passive mechanismus for ovum retention at the ampulloisthmic junction//Anat. Rec.— 1988.—Vol.221.- P. 841-845.

[12]	Vasques G., Boeckx W., Brosens I. Prospective study of tubal mucosal lesions and fertility in hydrosalpinges//Human Reproduction.— 1995.— Vol. 10.— P. 1075-1078.