Actin- and myosin-like immunoreactivity is found in cells located in the theca externa of the follicle wall of the human ovary, and corresponding to previously observed myoid cells. The immunocytochemical observation provides direct structural evidence that non-vascular contractile cells are also present in the follicle wall in humans. As expected, perifollicular blood vessels showed a positive immunoreaction for actin and myosin in their smooth muscle walls
The ovary is a complex organ composed of cells of diverse lineages. Therefore, in this study we exam...
There is increasing evidence that cytokines are important intraovarian non-steroidal regulators. The...
Abstract: In order to study the three-dimensional topographic arrangement of the oocyte and zona pel...
Electron microscope observations demonstrated bundles of microfilaments measuring 40-70 A in diamete...
The present observations demonstrated that the granulosa cells of developing follicles in the rabbit...
In order to understand the fine structure and distribution of the interstitial glandular cells (IGCs...
The ovary is perhaps the most dynamic organ in the human body, only rivaled by the uterus. The molec...
The distribution of laminin, type IV collagen and fibronectin was studied by immunofluorescence in r...
The adrenergic innervation in the protruding part of the bovine Graafian follicle (about 10-20 mm in...
An immunohistochemical investigation of alpha-smooth muscle actin (α-SM actin) using the monoclonal ...
The origin of oocytes and primary follicles in ovaries of adult mammalian females is still a matter ...
BACKGROUND: The ovarian follicular basal lamina underlies the epithelial membrana granulosa and main...
Histochemical and electron microscopic studies have disclosed that muscular tissue is embedded in th...
Bradykinin has been shown to have a positive modulatory role in the ovulatory process. In the presen...
The origin of oocytes and primary follicles in ovaries of adult mammalian females is still a matter ...
The ovary is a complex organ composed of cells of diverse lineages. Therefore, in this study we exam...
There is increasing evidence that cytokines are important intraovarian non-steroidal regulators. The...
Abstract: In order to study the three-dimensional topographic arrangement of the oocyte and zona pel...
Electron microscope observations demonstrated bundles of microfilaments measuring 40-70 A in diamete...
The present observations demonstrated that the granulosa cells of developing follicles in the rabbit...
In order to understand the fine structure and distribution of the interstitial glandular cells (IGCs...
The ovary is perhaps the most dynamic organ in the human body, only rivaled by the uterus. The molec...
The distribution of laminin, type IV collagen and fibronectin was studied by immunofluorescence in r...
The adrenergic innervation in the protruding part of the bovine Graafian follicle (about 10-20 mm in...
An immunohistochemical investigation of alpha-smooth muscle actin (α-SM actin) using the monoclonal ...
The origin of oocytes and primary follicles in ovaries of adult mammalian females is still a matter ...
BACKGROUND: The ovarian follicular basal lamina underlies the epithelial membrana granulosa and main...
Histochemical and electron microscopic studies have disclosed that muscular tissue is embedded in th...
Bradykinin has been shown to have a positive modulatory role in the ovulatory process. In the presen...
The origin of oocytes and primary follicles in ovaries of adult mammalian females is still a matter ...
The ovary is a complex organ composed of cells of diverse lineages. Therefore, in this study we exam...
There is increasing evidence that cytokines are important intraovarian non-steroidal regulators. The...
Abstract: In order to study the three-dimensional topographic arrangement of the oocyte and zona pel...