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The ovarian fossa is a shallow depression on the lateral wall of the pelvis, where in the ovary lies. This ovarian fossa has the following boundaries: anteriorly : by the external iliac artery and vein; inferiorly : by the broad ligament of the uterus; posteriorly: by the ureter, internal iliac artery and vein
The ovarian surface epithelium, also called the germinal epithelium of Waldeyer, [1] or coelomic epithelium, is a layer of simple squamous-to-cuboidal epithelial cells covering the ovary. [2] The term germinal epithelium is a misnomer as it does not give rise to primary follicles. [3]
The medulla of ovary (or Zona vasculosa of Waldeyer) is a highly vascular stroma in the center of the ovary.It forms from embryonic mesenchyme and contains blood vessels, lymphatic vessels, and nerves.
Each ovary is whitish in color and located alongside the lateral wall of the uterus in a region called the ovarian fossa. The ovarian fossa is the region that is bounded by the external iliac artery and in front of the ureter and the internal iliac artery. This area is about 4 cm x 3 cm x 2 cm in size. [3] [4]
Waldeyer's fascia (a.k.a. rectosacral fascia) originates from the presacral parietal fascia at the S2 to S4 level fusing with the rectal visceral fascia at the posterior aspect of the rectum. Waldeyer's fascia divides the retrorectal space into a superior and inferior compartments.
Friedrich Matthias Claudius (1 June 1822 – 10 January 1869) was a German anatomist who was a native of Lübeck.He was related to the German poet Matthias Claudius (1740–1815).
The percentages apply to all women whose ovarian reserve declines in line with our model (i.e. late and early menopause are associated with high and low peak NGF populations, respectively). We estimate that for 95% of women by the age of 30 years only 12% of their maximum pre-birth NGF population is present and by the age of 40 years only 3% ...
Heinrich Wilhelm Gottfried von Waldeyer-Hartz (6 October 1836 – 23 January 1921) was a German anatomist, known for summarizing neuron theory [1] and for naming the chromosome. [2] He is also remembered by anatomical structures of the human body which were named after him: Waldeyer's tonsillar ring [ 3 ] (the lymphoid tissue ring of the naso ...
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