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Ruptured follicle Stock Photos and Images
Ovarian egg Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-ovarian-egg-134945719.htmlRMHRF8HY–Ovarian egg
![. Comparative embryology of the vertebrates; with 2057 drawings and photos. grouped as 380 illus. Vertebrates -- Embryology; Comparative embryology. 60 THE VERTEBRATE OVARY AND ITS RELATIONSHIP TO REPRODUC1 ION SECONDARY FOLLICLE PRIMARY FOLLICLE GERMINAL EPITHELIUM wyEGG NEST MESOVARIUM- MEDULLA "^ (i " ANTRAL VACUOLE TERTIARY FOLLICLE TUNICA ALBUGINEA MATURE FOLLICLE CORP ALBICANS. FLUID- FILLED ANTRUM CORPUS LUTEUM OVUM CONNE CT VE TISSUE RUPTURED FOLLICLE OVUM WITH CUMULUS CELLS FOLLICULAR FLUID Fig. 30. Schematic three-dimensional representation of the cyclic changes which occur Stock Photo](https://c8.alamy.com/comp/REE558/comparative-embryology-of-the-vertebrates-with-2057-drawings-and-photos-grouped-as-380-illus-vertebrates-embryology-comparative-embryology-60-the-vertebrate-ovary-and-its-relationship-to-reproduc1-ion-secondary-follicle-primary-follicle-germinal-epithelium-wyegg-nest-mesovarium-medulla-quot-i-quot-antral-vacuole-tertiary-follicle-tunica-albuginea-mature-follicle-corp-albicans-fluid-filled-antrum-corpus-luteum-ovum-conne-ct-ve-tissue-ruptured-follicle-ovum-with-cumulus-cells-follicular-fluid-fig-30-schematic-three-dimensional-representation-of-the-cyclic-changes-which-occur-REE558.jpg ". Comparative embryology of the vertebrates; with 2057 drawings and photos. grouped as 380 illus. Vertebrates -- Embryology; Comparative embryology. 60 THE VERTEBRATE OVARY AND ITS RELATIONSHIP TO REPRODUC1 ION SECONDARY FOLLICLE PRIMARY FOLLICLE GERMINAL EPITHELIUM wyEGG NEST MESOVARIUM- MEDULLA "^ (i " ANTRAL VACUOLE TERTIARY FOLLICLE TUNICA ALBUGINEA MATURE FOLLICLE CORP ALBICANS. FLUID- FILLED ANTRUM CORPUS LUTEUM OVUM CONNE CT VE TISSUE RUPTURED FOLLICLE OVUM WITH CUMULUS CELLS FOLLICULAR FLUID Fig. 30. Schematic three-dimensional representation of the cyclic changes which occur Stock Photo")
. Comparative embryology of the vertebrates; with 2057 drawings and photos. grouped as 380 illus. Vertebrates -- Embryology; Comparative embryology. 60 THE VERTEBRATE OVARY AND ITS RELATIONSHIP TO REPRODUC1 ION SECONDARY FOLLICLE PRIMARY FOLLICLE GERMINAL EPITHELIUM wyEGG NEST MESOVARIUM- MEDULLA "^ (i " ANTRAL VACUOLE TERTIARY FOLLICLE TUNICA ALBUGINEA MATURE FOLLICLE CORP ALBICANS. FLUID- FILLED ANTRUM CORPUS LUTEUM OVUM CONNE CT VE TISSUE RUPTURED FOLLICLE OVUM WITH CUMULUS CELLS FOLLICULAR FLUID Fig. 30. Schematic three-dimensional representation of the cyclic changes which occur Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/comparative-embryology-of-the-vertebrates-with-2057-drawings-and-photos-grouped-as-380-illus-vertebrates-embryology-comparative-embryology-60-the-vertebrate-ovary-and-its-relationship-to-reproduc1-ion-secondary-follicle-primary-follicle-germinal-epithelium-wyegg-nest-mesovarium-medulla-quot-i-quot-antral-vacuole-tertiary-follicle-tunica-albuginea-mature-follicle-corp-albicans-fluid-filled-antrum-corpus-luteum-ovum-conne-ct-ve-tissue-ruptured-follicle-ovum-with-cumulus-cells-follicular-fluid-fig-30-schematic-three-dimensional-representation-of-the-cyclic-changes-which-occur-image232651364.htmlRMREE558–. Comparative embryology of the vertebrates; with 2057 drawings and photos. grouped as 380 illus. Vertebrates -- Embryology; Comparative embryology. 60 THE VERTEBRATE OVARY AND ITS RELATIONSHIP TO REPRODUC1 ION SECONDARY FOLLICLE PRIMARY FOLLICLE GERMINAL EPITHELIUM wyEGG NEST MESOVARIUM- MEDULLA "^ (i " ANTRAL VACUOLE TERTIARY FOLLICLE TUNICA ALBUGINEA MATURE FOLLICLE CORP ALBICANS. FLUID- FILLED ANTRUM CORPUS LUTEUM OVUM CONNE CT VE TISSUE RUPTURED FOLLICLE OVUM WITH CUMULUS CELLS FOLLICULAR FLUID Fig. 30. Schematic three-dimensional representation of the cyclic changes which occur
The steps of ovulation: a primordial follicle grows and matures, before being released by the ovary into the fallopian tube. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-the-steps-of-ovulation-a-primordial-follicle-grows-and-matures-before-24898542.htmlRMBCE69J–The steps of ovulation: a primordial follicle grows and matures, before being released by the ovary into the fallopian tube.
Order of changes in ovary: from Developing follicle to Ovulation and Corpus luteum. Menstruation. Education Chart of Biology. vector Diagram. Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/order-of-changes-in-ovary-from-developing-follicle-to-ovulation-and-corpus-luteum-menstruation-education-chart-of-biology-vector-diagram-image389529926.htmlRF2DHMHB2–Order of changes in ovary: from Developing follicle to Ovulation and Corpus luteum. Menstruation. Education Chart of Biology. vector Diagram.
Early primary follicle, menstrual cycle, ovulation, ovaries (labeled) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/early-primary-follicle-menstrual-cycle-ovulation-ovaries-labeled-image455027845.htmlRF2HC88JD–Early primary follicle, menstrual cycle, ovulation, ovaries (labeled)
Giant Banksia (Banksia grandis Costal Shrub Form) Fruiting Cones with ruptured follicles, cultivated, Banksia Farm, Mt. Barker Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-giant-banksia-banksia-grandis-costal-shrub-form-fruiting-cones-with-15004106.htmlRMAKHDMY–Giant Banksia (Banksia grandis Costal Shrub Form) Fruiting Cones with ruptured follicles, cultivated, Banksia Farm, Mt. Barker
Section of skin with cyst, subcutaneous swelling. Pilar cyst and sebaceous cyst. Skin care, dermatology. 3d rendering Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/section-of-skin-with-cyst-subcutaneous-swelling-pilar-cyst-and-sebaceous-cyst-skin-care-dermatology-3d-rendering-image504574772.htmlRF2M8WA7G–Section of skin with cyst, subcutaneous swelling. Pilar cyst and sebaceous cyst. Skin care, dermatology. 3d rendering
Section of skin with cyst, subcutaneous swelling. Pilar cyst and sebaceous cyst. Skin care, dermatology. 3d rendering Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/section-of-skin-with-cyst-subcutaneous-swelling-pilar-cyst-and-sebaceous-cyst-skin-care-dermatology-3d-rendering-image504534497.htmlRF2M8REW5–Section of skin with cyst, subcutaneous swelling. Pilar cyst and sebaceous cyst. Skin care, dermatology. 3d rendering
Ovarian egg Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-ovarian-egg-135010706.htmlRMHRJ7EX–Ovarian egg
Pathology and treatment of diseases of women . ^jj^ffg^^^^^S^i^p^ - ti. ff-< Fig. 12.—Folliculus Vesiculosus (Graafian Follicle), ti, tunica interna; st gr, stratumgranulosum; If, liquor folliculi; co, cumulus oophorus; o, ovulum; fp, folliculi pri-marii. (Authors preparation. Zeiss, Obj. AA, Oc. 4.) DEVELOPMENT OF THE FEMALE GENITALIA 17 and gets into the tube. Here it is either impregnated or it perishesunfecundated. A hematoma is next formed in the ruptured follicle, surrounded bya macroscopically visible, undulated, yellow cellular membrane, the luteinmembrane (transformed follicular ep Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/pathology-and-treatment-of-diseases-of-women-jjffgsip-ti-ff-lt-fig-12folliculus-vesiculosus-graafian-follicle-ti-tunica-interna-st-gr-stratumgranulosum-if-liquor-folliculi-co-cumulus-oophorus-o-ovulum-fp-folliculi-pri-marii-authors-preparation-zeiss-obj-aa-oc-4-development-of-the-female-genitalia-17-and-gets-into-the-tube-here-it-is-either-impregnated-or-it-perishesunfecundated-a-hematoma-is-next-formed-in-the-ruptured-follicle-surrounded-bya-macroscopically-visible-undulated-yellow-cellular-membrane-the-luteinmembrane-transformed-follicular-ep-image340036993.htmlRM2AN60J9–Pathology and treatment of diseases of women . ^jj^ffg^^^^^S^i^p^ - ti. ff-< Fig. 12.—Folliculus Vesiculosus (Graafian Follicle), ti, tunica interna; st gr, stratumgranulosum; If, liquor folliculi; co, cumulus oophorus; o, ovulum; fp, folliculi pri-marii. (Authors preparation. Zeiss, Obj. AA, Oc. 4.) DEVELOPMENT OF THE FEMALE GENITALIA 17 and gets into the tube. Here it is either impregnated or it perishesunfecundated. A hematoma is next formed in the ruptured follicle, surrounded bya macroscopically visible, undulated, yellow cellular membrane, the luteinmembrane (transformed follicular ep
Primordial follicle, ovary structure, normal menstrual cycle, ovulation (labeled) Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/primordial-follicle-ovary-structure-normal-menstrual-cycle-ovulation-labeled-image455027844.htmlRF2HC88JC–Primordial follicle, ovary structure, normal menstrual cycle, ovulation (labeled)
Giant Banksia (Banksia grandis Costal Shrub Form) Fruiting Cones with ruptured follicles, cultivated, Banksia Farm, Mt. Barker Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-giant-banksia-banksia-grandis-costal-shrub-form-fruiting-cones-with-15004120.htmlRMAKHDPH–Giant Banksia (Banksia grandis Costal Shrub Form) Fruiting Cones with ruptured follicles, cultivated, Banksia Farm, Mt. Barker
Ovarian egg Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-ovarian-egg-135010704.htmlRMHRJ7ET–Ovarian egg
Pathology and treatment of diseases of women . ^jj^ffg^^^^^S^i^p^ - ti. ff-< Fig. 12.—Folliculus Vesiculosus (Graafian Follicle), ti, tunica interna; st gr, stratumgranulosum; If, liquor folliculi; co, cumulus oophorus; o, ovulum; fp, folliculi pri-marii. (Authors preparation. Zeiss, Obj. AA, Oc. 4.) DEVELOPMENT OF THE FEMALE GENITALIA 17 and gets into the tube. Here it is either impregnated or it perishesunfecundated. A hematoma is next formed in the ruptured follicle, surrounded bya macroscopically visible, undulated, yellow cellular membrane, the luteinmembrane (transformed follicular ep Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/pathology-and-treatment-of-diseases-of-women-jjffgsip-ti-ff-lt-fig-12folliculus-vesiculosus-graafian-follicle-ti-tunica-interna-st-gr-stratumgranulosum-if-liquor-folliculi-co-cumulus-oophorus-o-ovulum-fp-folliculi-pri-marii-authors-preparation-zeiss-obj-aa-oc-4-development-of-the-female-genitalia-17-and-gets-into-the-tube-here-it-is-either-impregnated-or-it-perishesunfecundated-a-hematoma-is-next-formed-in-the-ruptured-follicle-surrounded-bya-macroscopically-visible-undulated-yellow-cellular-membrane-the-luteinmembrane-transformed-follicular-ep-image340036630.htmlRM2AN605A–Pathology and treatment of diseases of women . ^jj^ffg^^^^^S^i^p^ - ti. ff-< Fig. 12.—Folliculus Vesiculosus (Graafian Follicle), ti, tunica interna; st gr, stratumgranulosum; If, liquor folliculi; co, cumulus oophorus; o, ovulum; fp, folliculi pri-marii. (Authors preparation. Zeiss, Obj. AA, Oc. 4.) DEVELOPMENT OF THE FEMALE GENITALIA 17 and gets into the tube. Here it is either impregnated or it perishesunfecundated. A hematoma is next formed in the ruptured follicle, surrounded bya macroscopically visible, undulated, yellow cellular membrane, the luteinmembrane (transformed follicular ep
Ovarian Follicles, Illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/ovarian-follicles-illustration-image245867794.htmlRMT806TJ–Ovarian Follicles, Illustration
Cross-section illustration of the formation of acne in four steps. From top left to bottom right: normal hair follicle, clogged duct, bacterial infection, and ruptured follicle. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-cross-section-illustration-of-the-formation-of-acne-in-four-steps-103991439.htmlRMG1563Y–Cross-section illustration of the formation of acne in four steps. From top left to bottom right: normal hair follicle, clogged duct, bacterial infection, and ruptured follicle.
![A system of gynecology . nation showed that the superficial layer and the mucouswere composed of glandular tubules, epithelial lining, and detritus mixedwith numerous red blood-corpuscles, innumerable leucocytes, and a few pus-corpuscles. The right ovary measured 1 cm. in length, 1..*] cm. inheight, and 0.3 in thickness; the left was 3.5 long, 1.5 high, and 0.25thick. These long and high but thin ovaries showed notches andpuckerings, as those of a senile woman. In the left was found a freshly-ruptured follicle in the first stage of transition into a corpus hiteum.Microscopical examination show Stock Photo](https://c8.alamy.com/comp/2AJKBXC/a-system-of-gynecology-nation-showed-that-the-superficial-layer-and-the-mucouswere-composed-of-glandular-tubules-epithelial-lining-and-detritus-mixedwith-numerous-red-blood-corpuscles-innumerable-leucocytes-and-a-few-pus-corpuscles-the-right-ovary-measured-1-cm-in-length-1-cm-inheight-and-03-in-thickness-the-left-was-35-long-15-high-and-025thick-these-long-and-high-but-thin-ovaries-showed-notches-andpuckerings-as-those-of-a-senile-woman-in-the-left-was-found-a-freshly-ruptured-follicle-in-the-first-stage-of-transition-into-a-corpus-hiteummicroscopical-examination-show-2AJKBXC.jpg "A system of gynecology . nation showed that the superficial layer and the mucouswere composed of glandular tubules, epithelial lining, and detritus mixedwith numerous red blood-corpuscles, innumerable leucocytes, and a few pus-corpuscles. The right ovary measured 1 cm. in length, 1..*] cm. inheight, and 0.3 in thickness; the left was 3.5 long, 1.5 high, and 0.25thick. These long and high but thin ovaries showed notches andpuckerings, as those of a senile woman. In the left was found a freshly-ruptured follicle in the first stage of transition into a corpus hiteum.Microscopical examination show Stock Photo")
A system of gynecology . nation showed that the superficial layer and the mucouswere composed of glandular tubules, epithelial lining, and detritus mixedwith numerous red blood-corpuscles, innumerable leucocytes, and a few pus-corpuscles. The right ovary measured 1 cm. in length, 1..*] cm. inheight, and 0.3 in thickness; the left was 3.5 long, 1.5 high, and 0.25thick. These long and high but thin ovaries showed notches andpuckerings, as those of a senile woman. In the left was found a freshly-ruptured follicle in the first stage of transition into a corpus hiteum.Microscopical examination show Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-system-of-gynecology-nation-showed-that-the-superficial-layer-and-the-mucouswere-composed-of-glandular-tubules-epithelial-lining-and-detritus-mixedwith-numerous-red-blood-corpuscles-innumerable-leucocytes-and-a-few-pus-corpuscles-the-right-ovary-measured-1-cm-in-length-1-cm-inheight-and-03-in-thickness-the-left-was-35-long-15-high-and-025thick-these-long-and-high-but-thin-ovaries-showed-notches-andpuckerings-as-those-of-a-senile-woman-in-the-left-was-found-a-freshly-ruptured-follicle-in-the-first-stage-of-transition-into-a-corpus-hiteummicroscopical-examination-show-image338487252.htmlRM2AJKBXC–A system of gynecology . nation showed that the superficial layer and the mucouswere composed of glandular tubules, epithelial lining, and detritus mixedwith numerous red blood-corpuscles, innumerable leucocytes, and a few pus-corpuscles. The right ovary measured 1 cm. in length, 1..*] cm. inheight, and 0.3 in thickness; the left was 3.5 long, 1.5 high, and 0.25thick. These long and high but thin ovaries showed notches andpuckerings, as those of a senile woman. In the left was found a freshly-ruptured follicle in the first stage of transition into a corpus hiteum.Microscopical examination show
Cross-section illustration of the formation of acne in four steps. From top left to bottom right: normal hair follicle, clogged duct, bacterial infection, and ruptured follicle. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-cross-section-illustration-of-the-formation-of-acne-in-four-steps-103991437.htmlRMG1563W–Cross-section illustration of the formation of acne in four steps. From top left to bottom right: normal hair follicle, clogged duct, bacterial infection, and ruptured follicle.
Ovarian Follicles, Illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/ovarian-follicles-illustration-image245867792.htmlRMT806TG–Ovarian Follicles, Illustration
. Biochemistry of plants and animals, an introduction. Biochemistry. 322 ANIMAL BIOCHEMISTRY OVARIES. The cyclic phenomenon of menstruation in the human female is stimulated by a hormone called estrone. This hormone is produced in the growing ovarian follicle. The growth of the follicle, in turn, is stimulated by a gonadotropic hormone produced by the anterior lobe of the pituitary gland. The rupture of the follicle lib- erates the ovum, which passes to the uterus by way of the Fallopian tube. The ruptured follicle then develops into a yellow body called the corpus luteum, which in turn produc Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/biochemistry-of-plants-and-animals-an-introduction-biochemistry-322-animal-biochemistry-ovaries-the-cyclic-phenomenon-of-menstruation-in-the-human-female-is-stimulated-by-a-hormone-called-estrone-this-hormone-is-produced-in-the-growing-ovarian-follicle-the-growth-of-the-follicle-in-turn-is-stimulated-by-a-gonadotropic-hormone-produced-by-the-anterior-lobe-of-the-pituitary-gland-the-rupture-of-the-follicle-lib-erates-the-ovum-which-passes-to-the-uterus-by-way-of-the-fallopian-tube-the-ruptured-follicle-then-develops-into-a-yellow-body-called-the-corpus-luteum-which-in-turn-produc-image234705507.htmlRMRHRN7F–. Biochemistry of plants and animals, an introduction. Biochemistry. 322 ANIMAL BIOCHEMISTRY OVARIES. The cyclic phenomenon of menstruation in the human female is stimulated by a hormone called estrone. This hormone is produced in the growing ovarian follicle. The growth of the follicle, in turn, is stimulated by a gonadotropic hormone produced by the anterior lobe of the pituitary gland. The rupture of the follicle lib- erates the ovum, which passes to the uterus by way of the Fallopian tube. The ruptured follicle then develops into a yellow body called the corpus luteum, which in turn produc
Ovarian Follicles, Illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/ovarian-follicles-illustration-image245867781.htmlRMT806T5–Ovarian Follicles, Illustration
. Biology of the laboratory mouse. Mice as laboratory animals; Mice; Animals, Laboratory; Mice. Ruptured surface Blood vessel Germinal epithelium Granulosa cells ,—i «;.,»^ ^-Theca interna Fig. 78.—Ruptured follicle. (X62.) Theca externa. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Roscoe B. Jackson Memorial Laboratory; Little, Clarence C. (Clarence Cook), b. 1888; Snell, George D. (George Davis), 1903-; Dingle, John H. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/biology-of-the-laboratory-mouse-mice-as-laboratory-animals-mice-animals-laboratory-mice-ruptured-surface-blood-vessel-germinal-epithelium-granulosa-cells-i-theca-interna-fig-78ruptured-follicle-x62-theca-externa-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-work-roscoe-b-jackson-memorial-laboratory-little-clarence-c-clarence-cook-b-1888-snell-george-d-george-davis-1903-dingle-john-h-image234605451.htmlRMRHK5J3–. Biology of the laboratory mouse. Mice as laboratory animals; Mice; Animals, Laboratory; Mice. Ruptured surface Blood vessel Germinal epithelium Granulosa cells ,—i «;.,»^ ^-Theca interna Fig. 78.—Ruptured follicle. (X62.) Theca externa. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Roscoe B. Jackson Memorial Laboratory; Little, Clarence C. (Clarence Cook), b. 1888; Snell, George D. (George Davis), 1903-; Dingle, John H.
Ovarian Follicles, Menstruation, Illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/ovarian-follicles-menstruation-illustration-image245867799.htmlRMT806TR–Ovarian Follicles, Menstruation, Illustration
. Biology of the laboratory mouse. Mice as laboratory animals; Mice; Animals, Laboratory; Mice. Ruptured surface Blood vessel Germinal epithelium Granulosa cells ,—i «;.,»^ ^-Theca interna Fig. 78.—Ruptured follicle. (X62.) Theca externa. Germinal epithelium Central cavity Lutein cells Trabecula Theca externa Fig. yq.—-Young corpus luteum. Later the granulosa cells rapidly hypertrophy with resulting increase in size of the corpus luteum as a whole. While the small granulosa cells have oval. Please note that these images are extracted from scanned page images that may have been digitally enhanc Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/biology-of-the-laboratory-mouse-mice-as-laboratory-animals-mice-animals-laboratory-mice-ruptured-surface-blood-vessel-germinal-epithelium-granulosa-cells-i-theca-interna-fig-78ruptured-follicle-x62-theca-externa-germinal-epithelium-central-cavity-lutein-cells-trabecula-theca-externa-fig-yq-young-corpus-luteum-later-the-granulosa-cells-rapidly-hypertrophy-with-resulting-increase-in-size-of-the-corpus-luteum-as-a-whole-while-the-small-granulosa-cells-have-oval-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanc-image234605441.htmlRMRHK5HN–. Biology of the laboratory mouse. Mice as laboratory animals; Mice; Animals, Laboratory; Mice. Ruptured surface Blood vessel Germinal epithelium Granulosa cells ,—i «;.,»^ ^-Theca interna Fig. 78.—Ruptured follicle. (X62.) Theca externa. Germinal epithelium Central cavity Lutein cells Trabecula Theca externa Fig. yq.—-Young corpus luteum. Later the granulosa cells rapidly hypertrophy with resulting increase in size of the corpus luteum as a whole. While the small granulosa cells have oval. Please note that these images are extracted from scanned page images that may have been digitally enhanc
Ovarian Follicles, Illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/ovarian-follicles-illustration-image245867782.htmlRMT806T6–Ovarian Follicles, Illustration
Ovarian Follicles, Illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/ovarian-follicles-illustration-image245867791.htmlRMT806TF–Ovarian Follicles, Illustration
. Compendium of histology. Histology. 176 SEVENTEENTH LECTURE. C- a '^r^SWIp J b —. o ., first made in 1827, by an investigator of great merit, K. E. von Baer. It appears scarcely conceivable to us ; for a sharp eye sees the ovule, removed from the ruptured follicle, as a white point, without a magnifying glass. The successor, however, stands on the shoulders of the predecessor. Let us tarry for an instant at this most important of all cells (Fig. 158), without which there would be no higher ani- mal world. Let us remove from its surface the cells, which have now become cylindrical, of the ep Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/compendium-of-histology-histology-176-seventeenth-lecture-c-a-rswip-j-b-o-first-made-in-1827-by-an-investigator-of-great-merit-k-e-von-baer-it-appears-scarcely-conceivable-to-us-for-a-sharp-eye-sees-the-ovule-removed-from-the-ruptured-follicle-as-a-white-point-without-a-magnifying-glass-the-successor-however-stands-on-the-shoulders-of-the-predecessor-let-us-tarry-for-an-instant-at-this-most-important-of-all-cells-fig-158-without-which-there-would-be-no-higher-ani-mal-world-let-us-remove-from-its-surface-the-cells-which-have-now-become-cylindrical-of-the-ep-image232672285.htmlRMREF3TD–. Compendium of histology. Histology. 176 SEVENTEENTH LECTURE. C- a '^r^SWIp J b —. o ., first made in 1827, by an investigator of great merit, K. E. von Baer. It appears scarcely conceivable to us ; for a sharp eye sees the ovule, removed from the ruptured follicle, as a white point, without a magnifying glass. The successor, however, stands on the shoulders of the predecessor. Let us tarry for an instant at this most important of all cells (Fig. 158), without which there would be no higher ani- mal world. Let us remove from its surface the cells, which have now become cylindrical, of the ep
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. Carnegie Institution of Washington publication. . 20 17. Corpus luteum, of ovulation (non-pregnant sow), hematoxylin and eosin. X 650. 18. Wall of ripe Graafian follicle, hematoxylin and eosin. X 400. (A) Theca interna. 19. Specimen No. 70, showing a Graafian follicle ruptured during pregnancy. Hematoxylin and eosin. X 3. (a) The ruptured follicle. (A) An unruptured follicle, (c) A corpus luteum of pregnancy. 20. Wall of follicle shown in Figure 19. Hematoxylin and eosin. X- ca. 100. (a) Granulosa. (A) Theca interna. 21. Specimen No. 136, a Graafian follicle showing partial accessory lutein- Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/carnegie-institution-of-washington-publication-20-17-corpus-luteum-of-ovulation-non-pregnant-sow-hematoxylin-and-eosin-x-650-18-wall-of-ripe-graafian-follicle-hematoxylin-and-eosin-x-400-a-theca-interna-19-specimen-no-70-showing-a-graafian-follicle-ruptured-during-pregnancy-hematoxylin-and-eosin-x-3-a-the-ruptured-follicle-a-an-unruptured-follicle-c-a-corpus-luteum-of-pregnancy-20-wall-of-follicle-shown-in-figure-19-hematoxylin-and-eosin-x-ca-100-a-granulosa-a-theca-interna-21-specimen-no-136-a-graafian-follicle-showing-partial-accessory-lutein-image233475210.htmlRMRFRM0A–. Carnegie Institution of Washington publication. . 20 17. Corpus luteum, of ovulation (non-pregnant sow), hematoxylin and eosin. X 650. 18. Wall of ripe Graafian follicle, hematoxylin and eosin. X 400. (A) Theca interna. 19. Specimen No. 70, showing a Graafian follicle ruptured during pregnancy. Hematoxylin and eosin. X 3. (a) The ruptured follicle. (A) An unruptured follicle, (c) A corpus luteum of pregnancy. 20. Wall of follicle shown in Figure 19. Hematoxylin and eosin. X- ca. 100. (a) Granulosa. (A) Theca interna. 21. Specimen No. 136, a Graafian follicle showing partial accessory lutein-
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. Journal of morphology. s the disappearance of the zona radiata; the later stages areillustrated by figs. 27 to 30. The follicle cells enlarge, by increaseboth in the size of the nucleus and in the amount of cytoplasm.The zona pellucida is ruptured; at the same time it becomes irreg-ularly thickened, a circumstance which may be interpreted eitheras a shortening of the fragments due to the release of tension,or as a step in thg process of dissolution. The rupture of thezona pellucida allows the yolk to come in contact with the folliclecells; the latter engulf the yolk particles, and become sur Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/journal-of-morphology-s-the-disappearance-of-the-zona-radiata-the-later-stages-areillustrated-by-figs-27-to-30-the-follicle-cells-enlarge-by-increaseboth-in-the-size-of-the-nucleus-and-in-the-amount-of-cytoplasmthe-zona-pellucida-is-ruptured-at-the-same-time-it-becomes-irreg-ularly-thickened-a-circumstance-which-may-be-interpreted-eitheras-a-shortening-of-the-fragments-due-to-the-release-of-tensionor-as-a-step-in-thg-process-of-dissolution-the-rupture-of-thezona-pellucida-allows-the-yolk-to-come-in-contact-with-the-folliclecells-the-latter-engulf-the-yolk-particles-and-become-sur-image336831224.htmlRM2AFYYJG–. Journal of morphology. s the disappearance of the zona radiata; the later stages areillustrated by figs. 27 to 30. The follicle cells enlarge, by increaseboth in the size of the nucleus and in the amount of cytoplasm.The zona pellucida is ruptured; at the same time it becomes irreg-ularly thickened, a circumstance which may be interpreted eitheras a shortening of the fragments due to the release of tension,or as a step in thg process of dissolution. The rupture of thezona pellucida allows the yolk to come in contact with the folliclecells; the latter engulf the yolk particles, and become sur
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A manual of obstetrics . Corpus Iiiteum of pregnancy : i, ovary of woman two days after menstruation, showingearliest stages of transformation of a ruptured and bloody Graafian follicle into a corpusluteum ; 2, ovary of woman nine days after menstruation: the dark spot is the cicatrix;the surrounding yellow circle is the corpus luteum shining through the transparent tissue;3, ovary of woman at term of pregnancy, showing corpus luteum with firm white centralclot; 4, ovary of woman twenty days after menstruation : besides large fresh corpus luteumare seen two smaller old ones, and Graafian folli Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-obstetrics-corpus-iiiteum-of-pregnancy-i-ovary-of-woman-two-days-after-menstruation-showingearliest-stages-of-transformation-of-a-ruptured-and-bloody-graafian-follicle-into-a-corpusluteum-2-ovary-of-woman-nine-days-after-menstruation-the-dark-spot-is-the-cicatrixthe-surrounding-yellow-circle-is-the-corpus-luteum-shining-through-the-transparent-tissue3-ovary-of-woman-at-term-of-pregnancy-showing-corpus-luteum-with-firm-white-centralclot-4-ovary-of-woman-twenty-days-after-menstruation-besides-large-fresh-corpus-luteumare-seen-two-smaller-old-ones-and-graafian-folli-image338198369.htmlRM2AJ67D5–A manual of obstetrics . Corpus Iiiteum of pregnancy : i, ovary of woman two days after menstruation, showingearliest stages of transformation of a ruptured and bloody Graafian follicle into a corpusluteum ; 2, ovary of woman nine days after menstruation: the dark spot is the cicatrix;the surrounding yellow circle is the corpus luteum shining through the transparent tissue;3, ovary of woman at term of pregnancy, showing corpus luteum with firm white centralclot; 4, ovary of woman twenty days after menstruation : besides large fresh corpus luteumare seen two smaller old ones, and Graafian folli
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. Text-book of normal histology: including an account of the development of the tissues and of the organs. tromaof the organ. On the escape of the ovum, the ruptured and partly-collapsedfollicle becomes filled with the blood poured out from the torn vesselsof the walls of the vesicle ; subsequent changes lead to the conver-sion of the follicle into a corpus luteum. The production of thesecharacteristic bodies depends principally upon the jDroliferation ofthe walls of the follicle, in some cases the interstitial cells being in-volved; the process results in the plication of the remains of theen Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/text-book-of-normal-histology-including-an-account-of-the-development-of-the-tissues-and-of-the-organs-tromaof-the-organ-on-the-escape-of-the-ovum-the-ruptured-and-partly-collapsedfollicle-becomes-filled-with-the-blood-poured-out-from-the-torn-vesselsof-the-walls-of-the-vesicle-subsequent-changes-lead-to-the-conver-sion-of-the-follicle-into-a-corpus-luteum-the-production-of-thesecharacteristic-bodies-depends-principally-upon-the-jdroliferation-ofthe-walls-of-the-follicle-in-some-cases-the-interstitial-cells-being-in-volved-the-process-results-in-the-plication-of-the-remains-of-theen-image370377678.htmlRM2CEG4E6–. Text-book of normal histology: including an account of the development of the tissues and of the organs. tromaof the organ. On the escape of the ovum, the ruptured and partly-collapsedfollicle becomes filled with the blood poured out from the torn vesselsof the walls of the vesicle ; subsequent changes lead to the conver-sion of the follicle into a corpus luteum. The production of thesecharacteristic bodies depends principally upon the jDroliferation ofthe walls of the follicle, in some cases the interstitial cells being in-volved; the process results in the plication of the remains of theen
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. The endocrine organs; an introduction to the study of internal secretion . ^ D- O ^fe O So ..a co 3 £•£. o «so in the male this re-sult was not obtained.That corpora lutea arerelated to the develop-ment of the mammarygland during preg-nancy appears from theexperiments of Anceland Bouin and ofODonoghue, who havefound that if in thevirgin rabbit a Graatian O follicle be ruptured(even by mechanicalmeans) so that a corpusluteum develops, themammae undergo evo-lution ; whereas if acorpus luteum fails toform there is no suchevolution. Hammondand Marshall state thatunder these circum-stances the de Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-endocrine-organs-an-introduction-to-the-study-of-internal-secretion-d-o-fe-o-so-a-co-3-o-so-in-the-male-this-re-sult-was-not-obtainedthat-corpora-lutea-arerelated-to-the-develop-ment-of-the-mammarygland-during-preg-nancy-appears-from-theexperiments-of-anceland-bouin-and-ofodonoghue-who-havefound-that-if-in-thevirgin-rabbit-a-graatian-o-follicle-be-rupturedeven-by-mechanicalmeans-so-that-a-corpusluteum-develops-themammae-undergo-evo-lution-whereas-if-acorpus-luteum-fails-toform-there-is-no-suchevolution-hammondand-marshall-state-thatunder-these-circum-stances-the-de-image372466553.htmlRM2CHY8TW–. The endocrine organs; an introduction to the study of internal secretion . ^ D- O ^fe O So ..a co 3 £•£. o «so in the male this re-sult was not obtained.That corpora lutea arerelated to the develop-ment of the mammarygland during preg-nancy appears from theexperiments of Anceland Bouin and ofODonoghue, who havefound that if in thevirgin rabbit a Graatian O follicle be ruptured(even by mechanicalmeans) so that a corpusluteum develops, themammae undergo evo-lution ; whereas if acorpus luteum fails toform there is no suchevolution. Hammondand Marshall state thatunder these circum-stances the de
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. Veterinary post-mortem technic . (0.4) licles and cor- Graffian fol- ous round corpora in diameter near and pora lutea o r licles project lutea may be seen protruding from the yellow bodies. from surface at periphery. surface. Corpus ru- producing bruni, blood clot filling mulberry ruptured Graffian fol- shape. licle. Corpus luteum of pregnancy is yellow due to proliferated transformed follicle cells replacing blood clot in ruptured folli- cle. Corpus albicans is a scar which re- places corpus luteum if impregnation does not take place. Udder of the Cow^—After the udder has been dis-sected f Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/veterinary-post-mortem-technic-04-licles-and-cor-graffian-fol-ous-round-corpora-in-diameter-near-and-pora-lutea-o-r-licles-project-lutea-may-be-seen-protruding-from-the-yellow-bodies-from-surface-at-periphery-surface-corpus-ru-producing-bruni-blood-clot-filling-mulberry-ruptured-graffian-fol-shape-licle-corpus-luteum-of-pregnancy-is-yellow-due-to-proliferated-transformed-follicle-cells-replacing-blood-clot-in-ruptured-folli-cle-corpus-albicans-is-a-scar-which-re-places-corpus-luteum-if-impregnation-does-not-take-place-udder-of-the-cowafter-the-udder-has-been-dis-sected-f-image369804530.htmlRM2CDJ1CJ–. Veterinary post-mortem technic . (0.4) licles and cor- Graffian fol- ous round corpora in diameter near and pora lutea o r licles project lutea may be seen protruding from the yellow bodies. from surface at periphery. surface. Corpus ru- producing bruni, blood clot filling mulberry ruptured Graffian fol- shape. licle. Corpus luteum of pregnancy is yellow due to proliferated transformed follicle cells replacing blood clot in ruptured folli- cle. Corpus albicans is a scar which re- places corpus luteum if impregnation does not take place. Udder of the Cow^—After the udder has been dis-sected f
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. The comparative anatomy of the domesticated animals. Veterinary anatomy. CONSTITUENT PARTS OF MAMMALIAN OVUM. Fig. 408, Entire ovum; Fig. 409, Ovum ruptured, with the contents escaping ; mv, Vitelline membrane ; j, Yolk ; vg, Germinal vesicle ; tg, Germinal spot. SO that we have false corpora lutea (those which are independent of preg- nancy), and true corpora lutea, those of gestation, and which do not disappear until several weeks after parturition. (The true corpora lutea are recog« Fig. 410.. SUCCESSIVE STAGES IN THE FORMATION OF THE CORPUS LUTEUM IN THE GRAAFIAN FOLLICLE OF A SOW; VERTI Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-comparative-anatomy-of-the-domesticated-animals-veterinary-anatomy-constituent-parts-of-mammalian-ovum-fig-408-entire-ovum-fig-409-ovum-ruptured-with-the-contents-escaping-mv-vitelline-membrane-j-yolk-vg-germinal-vesicle-tg-germinal-spot-so-that-we-have-false-corpora-lutea-those-which-are-independent-of-preg-nancy-and-true-corpora-lutea-those-of-gestation-and-which-do-not-disappear-until-several-weeks-after-parturition-the-true-corpora-lutea-are-recog-fig-410-successive-stages-in-the-formation-of-the-corpus-luteum-in-the-graafian-follicle-of-a-sow-verti-image237844474.htmlRMRPXN1E–. The comparative anatomy of the domesticated animals. Veterinary anatomy. CONSTITUENT PARTS OF MAMMALIAN OVUM. Fig. 408, Entire ovum; Fig. 409, Ovum ruptured, with the contents escaping ; mv, Vitelline membrane ; j, Yolk ; vg, Germinal vesicle ; tg, Germinal spot. SO that we have false corpora lutea (those which are independent of preg- nancy), and true corpora lutea, those of gestation, and which do not disappear until several weeks after parturition. (The true corpora lutea are recog« Fig. 410.. SUCCESSIVE STAGES IN THE FORMATION OF THE CORPUS LUTEUM IN THE GRAAFIAN FOLLICLE OF A SOW; VERTI
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![. The comparative anatomy of the domesticated animals. Veterinary anatomy. '} "3 CONSTITUENT PARTS OF MAMMALIAN OVUM. Fig. 408, Entire ovum; Fig. 409, Ovum ruptured, with the contents escaping ; mv, Vitelline membrane; j. Yolk; vg, Germinal vesicle; tg, Germinal spot. so that we have false corpora lutea (those which are independent of preg- nancy), and true corpora lutea, those of gestation, and which do not disappear until several weeks after parturition. (The true corpora lutea are recog- Fig. 410.. SCrOOESSIVE STAGES IN THE FORMATION OF THE CORPUS LUTEUM IN THE GRAAFIAN FOLLICLE OF A S Stock Photo](https://c8.alamy.com/comp/RE4G84/the-comparative-anatomy-of-the-domesticated-animals-veterinary-anatomy-quot3-constituent-parts-of-mammalian-ovum-fig-408-entire-ovum-fig-409-ovum-ruptured-with-the-contents-escaping-mv-vitelline-membrane-j-yolk-vg-germinal-vesicle-tg-germinal-spot-so-that-we-have-false-corpora-lutea-those-which-are-independent-of-preg-nancy-and-true-corpora-lutea-those-of-gestation-and-which-do-not-disappear-until-several-weeks-after-parturition-the-true-corpora-lutea-are-recog-fig-410-scrooessive-stages-in-the-formation-of-the-corpus-luteum-in-the-graafian-follicle-of-a-s-RE4G84.jpg ". The comparative anatomy of the domesticated animals. Veterinary anatomy. '} "3 CONSTITUENT PARTS OF MAMMALIAN OVUM. Fig. 408, Entire ovum; Fig. 409, Ovum ruptured, with the contents escaping ; mv, Vitelline membrane; j. Yolk; vg, Germinal vesicle; tg, Germinal spot. so that we have false corpora lutea (those which are independent of preg- nancy), and true corpora lutea, those of gestation, and which do not disappear until several weeks after parturition. (The true corpora lutea are recog- Fig. 410.. SCrOOESSIVE STAGES IN THE FORMATION OF THE CORPUS LUTEUM IN THE GRAAFIAN FOLLICLE OF A S Stock Photo")
. The comparative anatomy of the domesticated animals. Veterinary anatomy. '} "3 CONSTITUENT PARTS OF MAMMALIAN OVUM. Fig. 408, Entire ovum; Fig. 409, Ovum ruptured, with the contents escaping ; mv, Vitelline membrane; j. Yolk; vg, Germinal vesicle; tg, Germinal spot. so that we have false corpora lutea (those which are independent of preg- nancy), and true corpora lutea, those of gestation, and which do not disappear until several weeks after parturition. (The true corpora lutea are recog- Fig. 410.. SCrOOESSIVE STAGES IN THE FORMATION OF THE CORPUS LUTEUM IN THE GRAAFIAN FOLLICLE OF A S Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-comparative-anatomy-of-the-domesticated-animals-veterinary-anatomy-quot3-constituent-parts-of-mammalian-ovum-fig-408-entire-ovum-fig-409-ovum-ruptured-with-the-contents-escaping-mv-vitelline-membrane-j-yolk-vg-germinal-vesicle-tg-germinal-spot-so-that-we-have-false-corpora-lutea-those-which-are-independent-of-preg-nancy-and-true-corpora-lutea-those-of-gestation-and-which-do-not-disappear-until-several-weeks-after-parturition-the-true-corpora-lutea-are-recog-fig-410-scrooessive-stages-in-the-formation-of-the-corpus-luteum-in-the-graafian-follicle-of-a-s-image232440548.htmlRMRE4G84–. The comparative anatomy of the domesticated animals. Veterinary anatomy. '} "3 CONSTITUENT PARTS OF MAMMALIAN OVUM. Fig. 408, Entire ovum; Fig. 409, Ovum ruptured, with the contents escaping ; mv, Vitelline membrane; j. Yolk; vg, Germinal vesicle; tg, Germinal spot. so that we have false corpora lutea (those which are independent of preg- nancy), and true corpora lutea, those of gestation, and which do not disappear until several weeks after parturition. (The true corpora lutea are recog- Fig. 410.. SCrOOESSIVE STAGES IN THE FORMATION OF THE CORPUS LUTEUM IN THE GRAAFIAN FOLLICLE OF A S
Ovarian Follicles, Illustration Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/ovarian-follicles-illustration-image245867775.htmlRMT806RY–Ovarian Follicles, Illustration
![. Carnegie Institution of Washington publication. - -. we» --— = i*>T--—- — 4b *s CAMPBELL ART CO 1. The wall of a recently ruptured Graafian follicle, showing the granulosa intact. Hematoxylin and eosin. X "• '00. (6) Granulosa, (c) Theca interna. 2. Additional cells of corpus luteum, type I. Mallory*s stain. X 400. (a) Lutein cells. (A) Additional cells, type I. 3. Additional cells of corpus luteum. type 2. Mallory's stain. X 650. (a) Lutein cell. (A) Additional cells, type 2. 4. Corpus luteum, first period. Mallory's stain. X 650. 5. Corpus luteum. second period, Mallory's stain. X Stock Photo](https://c8.alamy.com/comp/RFRM29/carnegie-institution-of-washington-publication-we-=-igtt-4b-s-campbell-art-co-1-the-wall-of-a-recently-ruptured-graafian-follicle-showing-the-granulosa-intact-hematoxylin-and-eosin-x-quot-00-6-granulosa-c-theca-interna-2-additional-cells-of-corpus-luteum-type-i-mallorys-stain-x-400-a-lutein-cells-a-additional-cells-type-i-3-additional-cells-of-corpus-luteum-type-2-mallorys-stain-x-650-a-lutein-cell-a-additional-cells-type-2-4-corpus-luteum-first-period-mallorys-stain-x-650-5-corpus-luteum-second-period-mallorys-stain-x-RFRM29.jpg ". Carnegie Institution of Washington publication. - -. we» --— = i*>T--—- — 4b *s CAMPBELL ART CO 1. The wall of a recently ruptured Graafian follicle, showing the granulosa intact. Hematoxylin and eosin. X "• '00. (6) Granulosa, (c) Theca interna. 2. Additional cells of corpus luteum, type I. Mallory*s stain. X 400. (a) Lutein cells. (A) Additional cells, type I. 3. Additional cells of corpus luteum. type 2. Mallory's stain. X 650. (a) Lutein cell. (A) Additional cells, type 2. 4. Corpus luteum, first period. Mallory's stain. X 650. 5. Corpus luteum. second period, Mallory's stain. X Stock Photo")
. Carnegie Institution of Washington publication. - -. we» --— = i*>T--—- — 4b *s CAMPBELL ART CO 1. The wall of a recently ruptured Graafian follicle, showing the granulosa intact. Hematoxylin and eosin. X "• '00. (6) Granulosa, (c) Theca interna. 2. Additional cells of corpus luteum, type I. Mallory*s stain. X 400. (a) Lutein cells. (A) Additional cells, type I. 3. Additional cells of corpus luteum. type 2. Mallory's stain. X 650. (a) Lutein cell. (A) Additional cells, type 2. 4. Corpus luteum, first period. Mallory's stain. X 650. 5. Corpus luteum. second period, Mallory's stain. X Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/carnegie-institution-of-washington-publication-we-=-igtt-4b-s-campbell-art-co-1-the-wall-of-a-recently-ruptured-graafian-follicle-showing-the-granulosa-intact-hematoxylin-and-eosin-x-quot-00-6-granulosa-c-theca-interna-2-additional-cells-of-corpus-luteum-type-i-mallorys-stain-x-400-a-lutein-cells-a-additional-cells-type-i-3-additional-cells-of-corpus-luteum-type-2-mallorys-stain-x-650-a-lutein-cell-a-additional-cells-type-2-4-corpus-luteum-first-period-mallorys-stain-x-650-5-corpus-luteum-second-period-mallorys-stain-x-image233475265.htmlRMRFRM29–. Carnegie Institution of Washington publication. - -. we» --— = i*>T--—- — 4b *s CAMPBELL ART CO 1. The wall of a recently ruptured Graafian follicle, showing the granulosa intact. Hematoxylin and eosin. X "• '00. (6) Granulosa, (c) Theca interna. 2. Additional cells of corpus luteum, type I. Mallory*s stain. X 400. (a) Lutein cells. (A) Additional cells, type I. 3. Additional cells of corpus luteum. type 2. Mallory's stain. X 650. (a) Lutein cell. (A) Additional cells, type 2. 4. Corpus luteum, first period. Mallory's stain. X 650. 5. Corpus luteum. second period, Mallory's stain. X
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