Cyclical ultrastructural changes in the endometrium and Fallopian tube have been reported previously but in different subjects. The aim of this study is to compare cyclical changes in endometrial gland and tubal (isthmic, mid-tube, ampulla, and fimbria) epithelia in the same subjects with a view to identifying any similarities or differences which may have clinical implications for assisted reproduction treatment. Endometrial and Fallopian tube samples were obtained from women undergoing hysterectomy and salpingectomy. We report similar epithelial surface changes taking place in the endometrial glandular and endosalpingeal epithelia with the exception of the fimbriae. Secretions within endometrial gland lumen and the isthmus increase throug...
The ultrastructural characteristics of the uterine mucosa have been evaluated in menopause and postm...
Objective: To investigate morphological changes in the endometrial epithelial cells of patients with...
BackgroundHuman endometrium remains a poorly understood tissue of the female reproductive tract. The...
Cyclical ultrastructural changes in the endometrium and Fallopian tube have been reported previously...
The Fallopian tube has been reported to undergo cyclical changes. However, many studies of tubal ult...
Proliferative processes of human Fallopian tube (mitotic activity, number of nuclei, epithelial heig...
In the reproductive life of the non-pregnant female, the Fallopian tube functions to nourish and tra...
Female reproductive aging is associated with several morphological changes of the genital tract with...
Oestrogen and progesterone are known to require their corresponding steroid receptors to manifest s...
Pinopodia of the receptive endometrium is one of the prerequisites for successful embryo implantatio...
The human endometrium is a hormonally regulated tissue that cyclically growths and differentiates in...
The endometrium is receptive for the embryo and presents an implantation window for a limited time. ...
In order to examine the cyclic changes in the endocervical epithelium, fresh human endocervical spec...
Following a study in a baboon model of endometriosis, we here describe the morphology of ectopic per...
Introduction The local environment of the fallopian tube represents the optimal conditions for repro...
The ultrastructural characteristics of the uterine mucosa have been evaluated in menopause and postm...
Objective: To investigate morphological changes in the endometrial epithelial cells of patients with...
BackgroundHuman endometrium remains a poorly understood tissue of the female reproductive tract. The...
Cyclical ultrastructural changes in the endometrium and Fallopian tube have been reported previously...
The Fallopian tube has been reported to undergo cyclical changes. However, many studies of tubal ult...
Proliferative processes of human Fallopian tube (mitotic activity, number of nuclei, epithelial heig...
In the reproductive life of the non-pregnant female, the Fallopian tube functions to nourish and tra...
Female reproductive aging is associated with several morphological changes of the genital tract with...
Oestrogen and progesterone are known to require their corresponding steroid receptors to manifest s...
Pinopodia of the receptive endometrium is one of the prerequisites for successful embryo implantatio...
The human endometrium is a hormonally regulated tissue that cyclically growths and differentiates in...
The endometrium is receptive for the embryo and presents an implantation window for a limited time. ...
In order to examine the cyclic changes in the endocervical epithelium, fresh human endocervical spec...
Following a study in a baboon model of endometriosis, we here describe the morphology of ectopic per...
Introduction The local environment of the fallopian tube represents the optimal conditions for repro...
The ultrastructural characteristics of the uterine mucosa have been evaluated in menopause and postm...
Objective: To investigate morphological changes in the endometrial epithelial cells of patients with...
BackgroundHuman endometrium remains a poorly understood tissue of the female reproductive tract. The...