Ultrastructural interaction between spermatozoon and human oviductal cells in vitro

Journal of electron microscopy, 61(2), 123-126

DOI 10.1093/jmicro/dfs002 PMID 22355149 Source

Abstract

The oviduct is an important organ for successful mammalian reproduction. In this work, human oviducts were inseminated and their explants analyzed using scanning electron microscopy in order to study, at a finer ultrastructual level, the interaction between spermatozoon and oviduct in vitro. Results show unequivocally a spermatozoon tightly attached through the acrosomal region of its head to several cilia of the human tubal epithelial cells. This finding proves that spermatozoa do indeed adhere to the endosalpinx, a fact of utmost relevance for the physiology of the reproductive process, since it supports the idea of a spermatozoa reservoir being formed in the oviduct, which is also briefly discussed.

Topics

sperm oviduct interaction, sperm reservoir fallopian tube, spermatozoa tubal epithelium adhesion, sperm oviductal binding, sperm acrosome cilia attachment, tubal epithelium sperm interaction, sperm storage oviduct, endosalpinx sperm reservoir, fallopian tube sperm physiology, sperm tubal epithelial cells, human oviduct sperm binding

Cite this article

Vigil, P., Salgado, A. M., & Cortés, M. E. (2012). Ultrastructural interaction between spermatozoon and human oviductal cells in vitro. *Journal of electron microscopy*, *61*(2), 123-126. https://doi.org/10.1093/jmicro/dfs002

Related articles