Quick filters:
Page 1 of 2
Vasculosa Stock Photos and Images
Octopus eye retina Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/octopus-eye-retina-image355209848.htmlRM2BHW5P0–Octopus eye retina
Light microscope micrograph showing the tunica albuginea of a human testicle. Below the external fibrous layer is the tunica vasculosa and the seminif Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/light-microscope-micrograph-showing-the-tunica-albuginea-of-a-human-testicle-below-the-external-fibrous-layer-is-the-tunica-vasculosa-and-the-seminif-image401736537.htmlRF2E9GK1D–Light microscope micrograph showing the tunica albuginea of a human testicle. Below the external fibrous layer is the tunica vasculosa and the seminif
Anatomy, eye Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/anatomy-eye-image69117756.htmlRME0CGB8–Anatomy, eye
Archive image from page 844 of Cunningham's Text-book of anatomy (1914). Cunningham's Text-book of anatomy cunninghamstextb00cunn Year: 1914 ( VASCULAB TUNIC OF THE EYE. 811 layers, viz.: (a) the lamina suprachorioidea; (6) the proper tissue of the chorioid and (c) the lamina basalis (Fig. 681). Lamina basalis Lamina choriocapillaris Intermediate stratum I y Lamina vasculosa 'ls—Lamina suprachorioidea Sclera Sinus venosus sclene Circulus arteriosus major Conjunctival vessels Recurrent artery of chorioid Fig. 681.—Vertical Section of Chorioid and Inner Part of Sclera. The lamina suprachorio Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/archive-image-from-page-844-of-cunninghams-text-book-of-anatomy-1914-cunninghams-text-book-of-anatomy-cunninghamstextb00cunn-year-1914-vasculab-tunic-of-the-eye-811-layers-viz-a-the-lamina-suprachorioidea-6-the-proper-tissue-of-the-chorioid-and-c-the-lamina-basalis-fig-681-lamina-basalis-lamina-choriocapillaris-intermediate-stratum-i-y-lamina-vasculosa-lslamina-suprachorioidea-sclera-sinus-venosus-sclene-circulus-arteriosus-major-conjunctival-vessels-recurrent-artery-of-chorioid-fig-681vertical-section-of-chorioid-and-inner-part-of-sclera-the-lamina-suprachorio-image264067061.htmlRMW9H86D–Archive image from page 844 of Cunningham's Text-book of anatomy (1914). Cunningham's Text-book of anatomy cunninghamstextb00cunn Year: 1914 ( VASCULAB TUNIC OF THE EYE. 811 layers, viz.: (a) the lamina suprachorioidea; (6) the proper tissue of the chorioid and (c) the lamina basalis (Fig. 681). Lamina basalis Lamina choriocapillaris Intermediate stratum I y Lamina vasculosa 'ls—Lamina suprachorioidea Sclera Sinus venosus sclene Circulus arteriosus major Conjunctival vessels Recurrent artery of chorioid Fig. 681.—Vertical Section of Chorioid and Inner Part of Sclera. The lamina suprachorio
Anatomy of the eye with lens, retinal veins and arteries. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/anatomy-of-the-eye-with-lens-retinal-veins-and-arteries-image476923934.htmlRF2JKWN9J–Anatomy of the eye with lens, retinal veins and arteries.
Right eye of a Boy sixteen years of age, Showing a Normal Optic Nerve; Right Eye of a Girl fifteen years of age, Showing a Norm… Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-right-eye-of-a-boy-sixteen-years-of-age-showing-a-normal-optic-nerve-171174178.htmlRFKXDJBE–Right eye of a Boy sixteen years of age, Showing a Normal Optic Nerve; Right Eye of a Girl fifteen years of age, Showing a Norm…
. The American journal of anatomy. ich a vessel,wider than most of the capillaries, extends toward the embryo—the anterior vitelline vein. It is also to be noted that, in theregion surrounding the embryo, in the area pellucida, the spacesbetween the vessels are larger than in the area opaca. One looksin vain for any vessel which might be interpreted as omphalo-mesenteric artery, or posterior vitelline vein. To the left of theembryo there are two isolated blisters, and several blind endingvessels. Fuller reference to this will be made later. Fig. 3 Camera lucida drawing of area vasculosa of an Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-american-journal-of-anatomy-ich-a-vesselwider-than-most-of-the-capillaries-extends-toward-the-embryothe-anterior-vitelline-vein-it-is-also-to-be-noted-that-in-theregion-surrounding-the-embryo-in-the-area-pellucida-the-spacesbetween-the-vessels-are-larger-than-in-the-area-opaca-one-looksin-vain-for-any-vessel-which-might-be-interpreted-as-omphalo-mesenteric-artery-or-posterior-vitelline-vein-to-the-left-of-theembryo-there-are-two-isolated-blisters-and-several-blind-endingvessels-fuller-reference-to-this-will-be-made-later-fig-3-camera-lucida-drawing-of-area-vasculosa-of-an-image336809285.htmlRM2AFXYK1–. The American journal of anatomy. ich a vessel,wider than most of the capillaries, extends toward the embryo—the anterior vitelline vein. It is also to be noted that, in theregion surrounding the embryo, in the area pellucida, the spacesbetween the vessels are larger than in the area opaca. One looksin vain for any vessel which might be interpreted as omphalo-mesenteric artery, or posterior vitelline vein. To the left of theembryo there are two isolated blisters, and several blind endingvessels. Fuller reference to this will be made later. Fig. 3 Camera lucida drawing of area vasculosa of an
. The development of the human body : a manual of human embryology. Embryology; Embryo, Non-Mammalian. 224 THE FORMATION OF THE BLOOD true capillaries, on the other hand, are more definitely tubular in form, are usually imbedded in mesenchymatous connective tissue and are developed in the same manner as the primary capillaries of the area vasculosa, by the aggregation of vasifactive cells to form cords, and the subsequent hollowing out of these. Whether these vasifactive cells are new differentiations of the embryonic mesen- chyme or are budded off from the walls of existing capillaries which Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-development-of-the-human-body-a-manual-of-human-embryology-embryology-embryo-non-mammalian-224-the-formation-of-the-blood-true-capillaries-on-the-other-hand-are-more-definitely-tubular-in-form-are-usually-imbedded-in-mesenchymatous-connective-tissue-and-are-developed-in-the-same-manner-as-the-primary-capillaries-of-the-area-vasculosa-by-the-aggregation-of-vasifactive-cells-to-form-cords-and-the-subsequent-hollowing-out-of-these-whether-these-vasifactive-cells-are-new-differentiations-of-the-embryonic-mesen-chyme-or-are-budded-off-from-the-walls-of-existing-capillaries-which-image215969600.htmlRMPFA7C0–. The development of the human body : a manual of human embryology. Embryology; Embryo, Non-Mammalian. 224 THE FORMATION OF THE BLOOD true capillaries, on the other hand, are more definitely tubular in form, are usually imbedded in mesenchymatous connective tissue and are developed in the same manner as the primary capillaries of the area vasculosa, by the aggregation of vasifactive cells to form cords, and the subsequent hollowing out of these. Whether these vasifactive cells are new differentiations of the embryonic mesen- chyme or are budded off from the walls of existing capillaries which
. Einführung in die vergleichende Anatomie der Wirbeltiere, für Studierende . Wie nun im Innern der sekundären Augenblase zahlreiche Blut- bahnen auftreten, so gilt dasselbe auch für deren äußere Peripherie, wo sich eine förmliche Gefäßhaut, die sogen. Chorioidea s. Tu nie a vasculosa oculi, ausbildet. Diese differenziert sich an ihrer vorderen Zirkumferenz zur sogen. Regenbogenhaut oder Iris (Fig. 191 Ir), legt sich unter Erzeugung eines radiär angeordneten Faltensystems (Corpus ciliare) mit diesem vorhangartig vor die Linse, erhält hier später einen Ausschnitt (Seh- loch, Pupille) und erlaub Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/einfhrung-in-die-vergleichende-anatomie-der-wirbeltiere-fr-studierende-wie-nun-im-innern-der-sekundren-augenblase-zahlreiche-blut-bahnen-auftreten-so-gilt-dasselbe-auch-fr-deren-uere-peripherie-wo-sich-eine-frmliche-gefhaut-die-sogen-chorioidea-s-tu-nie-a-vasculosa-oculi-ausbildet-diese-differenziert-sich-an-ihrer-vorderen-zirkumferenz-zur-sogen-regenbogenhaut-oder-iris-fig-191-ir-legt-sich-unter-erzeugung-eines-radir-angeordneten-faltensystems-corpus-ciliare-mit-diesem-vorhangartig-vor-die-linse-erhlt-hier-spter-einen-ausschnitt-seh-loch-pupille-und-erlaub-image178415134.htmlRMMA7E92–. Einführung in die vergleichende Anatomie der Wirbeltiere, für Studierende . Wie nun im Innern der sekundären Augenblase zahlreiche Blut- bahnen auftreten, so gilt dasselbe auch für deren äußere Peripherie, wo sich eine förmliche Gefäßhaut, die sogen. Chorioidea s. Tu nie a vasculosa oculi, ausbildet. Diese differenziert sich an ihrer vorderen Zirkumferenz zur sogen. Regenbogenhaut oder Iris (Fig. 191 Ir), legt sich unter Erzeugung eines radiär angeordneten Faltensystems (Corpus ciliare) mit diesem vorhangartig vor die Linse, erhält hier später einen Ausschnitt (Seh- loch, Pupille) und erlaub
Archive image from page 415 of Die descriptive und topographische Anatomie. Die descriptive und topographische Anatomie des Menschen diedescriptiveun00heit Year: 1896 370 Hüllen des Gehirns und Rückenmarkes. 553. Die Hüllen des Gehirns. Fortsätze der harten Hirnhaut. Gehirn und Rückenmark sind innerhalb der Knochenräume von drei häutigen Hüllen umschlossen: der harten (fibrösen) Hirnhaut, Dura mittt-r (Ifaiiii.r fihnisa), der Spinnwebenkaut, Arachnoidca (Meninx serosa), und der weichen Hirnhaut, Pia mater (Meninx vasculosa). Die Dum mater bildet die äussere Hülle, eine derbe, bindegewebig Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/archive-image-from-page-415-of-die-descriptive-und-topographische-anatomie-die-descriptive-und-topographische-anatomie-des-menschen-diedescriptiveun00heit-year-1896-370-hllen-des-gehirns-und-rckenmarkes-553-die-hllen-des-gehirns-fortstze-der-harten-hirnhaut-gehirn-und-rckenmark-sind-innerhalb-der-knochenrume-von-drei-hutigen-hllen-umschlossen-der-harten-fibrsen-hirnhaut-dura-mittt-r-ifaiiiir-fihnisa-der-spinnwebenkaut-arachnoidca-meninx-serosa-und-der-weichen-hirnhaut-pia-mater-meninx-vasculosa-die-dum-mater-bildet-die-ussere-hlle-eine-derbe-bindegewebig-image258297966.htmlRMW06DKA–Archive image from page 415 of Die descriptive und topographische Anatomie. Die descriptive und topographische Anatomie des Menschen diedescriptiveun00heit Year: 1896 370 Hüllen des Gehirns und Rückenmarkes. 553. Die Hüllen des Gehirns. Fortsätze der harten Hirnhaut. Gehirn und Rückenmark sind innerhalb der Knochenräume von drei häutigen Hüllen umschlossen: der harten (fibrösen) Hirnhaut, Dura mittt-r (Ifaiiii.r fihnisa), der Spinnwebenkaut, Arachnoidca (Meninx serosa), und der weichen Hirnhaut, Pia mater (Meninx vasculosa). Die Dum mater bildet die äussere Hülle, eine derbe, bindegewebig
Anatomy of the eye with lens, retinal veins and arteries. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/anatomy-of-the-eye-with-lens-retinal-veins-and-arteries-image476923923.htmlRF2JKWN97–Anatomy of the eye with lens, retinal veins and arteries.
Outlines of comparative physiology touching the structure and development of the races of animals, living and extinct : for the use of schools and colleges . thickness, becomesmore apparent; betweenthe serous layer, whichstill continues limited tothe germinal area, andthe mucous layer, whichextends into the vitellinearea, there appears anew lamina, which, how-ever, is only distinctlydenned towards the pe-riphery, where it ap-proaches the limits ofthe area vasculosa; inthe direction of the thick-ness this lamina lies inthe blastoderma as if itbelonged to both of theother layers, and pene-trated Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/outlines-of-comparative-physiology-touching-the-structure-and-development-of-the-races-of-animals-living-and-extinct-for-the-use-of-schools-and-colleges-thickness-becomesmore-apparent-betweenthe-serous-layer-whichstill-continues-limited-tothe-germinal-area-andthe-mucous-layer-whichextends-into-the-vitellinearea-there-appears-anew-lamina-which-how-ever-is-only-distinctlydenned-towards-the-pe-riphery-where-it-ap-proaches-the-limits-ofthe-area-vasculosa-inthe-direction-of-the-thick-ness-this-lamina-lies-inthe-blastoderma-as-if-itbelonged-to-both-of-theother-layers-and-pene-trated-image338956942.htmlRM2AKCR12–Outlines of comparative physiology touching the structure and development of the races of animals, living and extinct : for the use of schools and colleges . thickness, becomesmore apparent; betweenthe serous layer, whichstill continues limited tothe germinal area, andthe mucous layer, whichextends into the vitellinearea, there appears anew lamina, which, how-ever, is only distinctlydenned towards the pe-riphery, where it ap-proaches the limits ofthe area vasculosa; inthe direction of the thick-ness this lamina lies inthe blastoderma as if itbelonged to both of theother layers, and pene-trated
![. Cunningham's Text-book of anatomy. Anatomy. VASCULAB TUNIC OF THE EYE. 811 layers, viz.: (a) the lamina suprachorioidea; (6) the proper tissue of the chorioid and (c) the lamina basalis (Fig. 681). Lamina basalis Lamina choriocapillaris Intermediate stratum I y Lamina vasculosa. "l^s—Lamina suprachorioidea Sclera Sinus venosus sclene Circulus arteriosus major Conjunctival vessels Recurrent artery of chorioid Fig. 681.—Vertical Section of Chorioid and Inner Part of Sclera. The lamina suprachorioidea resembles the lamina fusca of the sclera, and consists of a series of fine non-vascular l Stock Photo](https://c8.alamy.com/comp/PFYA7D/cunninghams-text-book-of-anatomy-anatomy-vasculab-tunic-of-the-eye-811-layers-viz-a-the-lamina-suprachorioidea-6-the-proper-tissue-of-the-chorioid-and-c-the-lamina-basalis-fig-681-lamina-basalis-lamina-choriocapillaris-intermediate-stratum-i-y-lamina-vasculosa-quotlslamina-suprachorioidea-sclera-sinus-venosus-sclene-circulus-arteriosus-major-conjunctival-vessels-recurrent-artery-of-chorioid-fig-681vertical-section-of-chorioid-and-inner-part-of-sclera-the-lamina-suprachorioidea-resembles-the-lamina-fusca-of-the-sclera-and-consists-of-a-series-of-fine-non-vascular-l-PFYA7D.jpg ". Cunningham's Text-book of anatomy. Anatomy. VASCULAB TUNIC OF THE EYE. 811 layers, viz.: (a) the lamina suprachorioidea; (6) the proper tissue of the chorioid and (c) the lamina basalis (Fig. 681). Lamina basalis Lamina choriocapillaris Intermediate stratum I y Lamina vasculosa. "l^s—Lamina suprachorioidea Sclera Sinus venosus sclene Circulus arteriosus major Conjunctival vessels Recurrent artery of chorioid Fig. 681.—Vertical Section of Chorioid and Inner Part of Sclera. The lamina suprachorioidea resembles the lamina fusca of the sclera, and consists of a series of fine non-vascular l Stock Photo")
. Cunningham's Text-book of anatomy. Anatomy. VASCULAB TUNIC OF THE EYE. 811 layers, viz.: (a) the lamina suprachorioidea; (6) the proper tissue of the chorioid and (c) the lamina basalis (Fig. 681). Lamina basalis Lamina choriocapillaris Intermediate stratum I y Lamina vasculosa. "l^s—Lamina suprachorioidea Sclera Sinus venosus sclene Circulus arteriosus major Conjunctival vessels Recurrent artery of chorioid Fig. 681.—Vertical Section of Chorioid and Inner Part of Sclera. The lamina suprachorioidea resembles the lamina fusca of the sclera, and consists of a series of fine non-vascular l Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cunninghams-text-book-of-anatomy-anatomy-vasculab-tunic-of-the-eye-811-layers-viz-a-the-lamina-suprachorioidea-6-the-proper-tissue-of-the-chorioid-and-c-the-lamina-basalis-fig-681-lamina-basalis-lamina-choriocapillaris-intermediate-stratum-i-y-lamina-vasculosa-quotlslamina-suprachorioidea-sclera-sinus-venosus-sclene-circulus-arteriosus-major-conjunctival-vessels-recurrent-artery-of-chorioid-fig-681vertical-section-of-chorioid-and-inner-part-of-sclera-the-lamina-suprachorioidea-resembles-the-lamina-fusca-of-the-sclera-and-consists-of-a-series-of-fine-non-vascular-l-image216345009.htmlRMPFYA7D–. Cunningham's Text-book of anatomy. Anatomy. VASCULAB TUNIC OF THE EYE. 811 layers, viz.: (a) the lamina suprachorioidea; (6) the proper tissue of the chorioid and (c) the lamina basalis (Fig. 681). Lamina basalis Lamina choriocapillaris Intermediate stratum I y Lamina vasculosa. "l^s—Lamina suprachorioidea Sclera Sinus venosus sclene Circulus arteriosus major Conjunctival vessels Recurrent artery of chorioid Fig. 681.—Vertical Section of Chorioid and Inner Part of Sclera. The lamina suprachorioidea resembles the lamina fusca of the sclera, and consists of a series of fine non-vascular l
. Die descriptive und topographische Anatomie des Menschen . 553. Die Hüllen des Gehirns. Fortsätze der harten Hirnhaut. Gehirn und Rückenmark sind innerhalb der Knochenräume von drei häutigen Hüllen umschlossen: der harten (fibrösen) Hirnhaut, Dura mittt-r (Ifaiiii.r fihnisa), der Spinnwebenkaut, Arachnoidca (Meninx serosa), und der weichen Hirnhaut, Pia mater (Meninx vasculosa). Die Dum mater bildet die äussere Hülle, eine derbe, bindegewebige Kapsel, welche der Innenfläche der Schädelknochen dicht anliegt und hier das Periost vertritt, in alle Gefässe und Nerven führenden Oeffnungen ein- dr Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/die-descriptive-und-topographische-anatomie-des-menschen-553-die-hllen-des-gehirns-fortstze-der-harten-hirnhaut-gehirn-und-rckenmark-sind-innerhalb-der-knochenrume-von-drei-hutigen-hllen-umschlossen-der-harten-fibrsen-hirnhaut-dura-mittt-r-ifaiiiir-fihnisa-der-spinnwebenkaut-arachnoidca-meninx-serosa-und-der-weichen-hirnhaut-pia-mater-meninx-vasculosa-die-dum-mater-bildet-die-ussere-hlle-eine-derbe-bindegewebige-kapsel-welche-der-innenflche-der-schdelknochen-dicht-anliegt-und-hier-das-periost-vertritt-in-alle-gefsse-und-nerven-fhrenden-oeffnungen-ein-dr-image181091925.htmlRMMEHCGN–. Die descriptive und topographische Anatomie des Menschen . 553. Die Hüllen des Gehirns. Fortsätze der harten Hirnhaut. Gehirn und Rückenmark sind innerhalb der Knochenräume von drei häutigen Hüllen umschlossen: der harten (fibrösen) Hirnhaut, Dura mittt-r (Ifaiiii.r fihnisa), der Spinnwebenkaut, Arachnoidca (Meninx serosa), und der weichen Hirnhaut, Pia mater (Meninx vasculosa). Die Dum mater bildet die äussere Hülle, eine derbe, bindegewebige Kapsel, welche der Innenfläche der Schädelknochen dicht anliegt und hier das Periost vertritt, in alle Gefässe und Nerven führenden Oeffnungen ein- dr
Elementary anatomy and physiology Elementary anatomy and physiology : for colleges, academies, and other schools elementaryanato00hitc Year: 1869 320 HITCHCOCK'S ANATOMY weight of the Cerebrum, and lies directly behind and be- neath it. The Lateral Ventricles of the Cerebrum. 1, 1, The two Hemi- spheres cut down to a level with the Corpus Callosum, so as to show the Centrum Ovale Majus. The Surface is studded with the small Puncta Vasculosa. 2, A smair portion of the Anterior Ex' tremity of the Corpus Callosum. 3, Its Posterior Boundary; the in- termediate portion, forming the Roof of the La Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elementary-anatomy-and-physiology-elementary-anatomy-and-physiology-for-colleges-academies-and-other-schools-elementaryanato00hitc-year-1869-320-hitchcocks-anatomy-weight-of-the-cerebrum-and-lies-directly-behind-and-be-neath-it-the-lateral-ventricles-of-the-cerebrum-1-1-the-two-hemi-spheres-cut-down-to-a-level-with-the-corpus-callosum-so-as-to-show-the-centrum-ovale-majus-the-surface-is-studded-with-the-small-puncta-vasculosa-2-a-smair-portion-of-the-anterior-ex-tremity-of-the-corpus-callosum-3-its-posterior-boundary-the-in-termediate-portion-forming-the-roof-of-the-la-image241228238.htmlRMT0CW26–Elementary anatomy and physiology Elementary anatomy and physiology : for colleges, academies, and other schools elementaryanato00hitc Year: 1869 320 HITCHCOCK'S ANATOMY weight of the Cerebrum, and lies directly behind and be- neath it. The Lateral Ventricles of the Cerebrum. 1, 1, The two Hemi- spheres cut down to a level with the Corpus Callosum, so as to show the Centrum Ovale Majus. The Surface is studded with the small Puncta Vasculosa. 2, A smair portion of the Anterior Ex' tremity of the Corpus Callosum. 3, Its Posterior Boundary; the in- termediate portion, forming the Roof of the La
Median sagittal section of the eye and eyelid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/median-sagittal-section-of-the-eye-and-eyelid-image476923682.htmlRF2JKWN0J–Median sagittal section of the eye and eyelid.
The development of the human body; a manual of human embryology . des themass into an inner and an outer portion. The cavity isthe anterior chamber of the eye, and it has served to sepa-rate the cornea (co) from the tunica vasculosa lentis (tv),and, extending laterally in all directions, it also separatesfrom the cornea the mesenchyme which rests upon themarginal portion of the optic cup and constitutes thestroma of the iris. Cells arrange themselves on the cor-neal surface of the cavity to form a continuous endotheliallayer, and the mesenchyme which forms the peripheralboundary of the cavity Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-development-of-the-human-body-a-manual-of-human-embryology-des-themass-into-an-inner-and-an-outer-portion-the-cavity-isthe-anterior-chamber-of-the-eye-and-it-has-served-to-sepa-rate-the-cornea-co-from-the-tunica-vasculosa-lentis-tvand-extending-laterally-in-all-directions-it-also-separatesfrom-the-cornea-the-mesenchyme-which-rests-upon-themarginal-portion-of-the-optic-cup-and-constitutes-thestroma-of-the-iris-cells-arrange-themselves-on-the-cor-neal-surface-of-the-cavity-to-form-a-continuous-endotheliallayer-and-the-mesenchyme-which-forms-the-peripheralboundary-of-the-cavity-image340297500.htmlRM2ANHTX4–The development of the human body; a manual of human embryology . des themass into an inner and an outer portion. The cavity isthe anterior chamber of the eye, and it has served to sepa-rate the cornea (co) from the tunica vasculosa lentis (tv),and, extending laterally in all directions, it also separatesfrom the cornea the mesenchyme which rests upon themarginal portion of the optic cup and constitutes thestroma of the iris. Cells arrange themselves on the cor-neal surface of the cavity to form a continuous endotheliallayer, and the mesenchyme which forms the peripheralboundary of the cavity
. The elements of embryology . Embryology. 322 THE MAMMALIAN EMBRYO. Fis. 103. [chap.. Embryonic Akea of a Seven Days' Embbyo Rabbit. (From KoUiker.) 0. place of future area vasculosa; rf. medullary groove ; pr. pri- mitive streak ; ag. embryonic area. In the region o. a layer of mesoblast has already grown ; there are however as yet no signs of blood-vessels in it. This mesoblast is derived from the mesoblast of the primitive streak (KoUiker). iu the axial line with the primitive hypoblast. When the medullary groove is formed the lateral bands of mesoblast become separate from the axial hypob Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-elements-of-embryology-embryology-322-the-mammalian-embryo-fis-103-chap-embryonic-akea-of-a-seven-days-embbyo-rabbit-from-kouiker-0-place-of-future-area-vasculosa-rf-medullary-groove-pr-pri-mitive-streak-ag-embryonic-area-in-the-region-o-a-layer-of-mesoblast-has-already-grown-there-are-however-as-yet-no-signs-of-blood-vessels-in-it-this-mesoblast-is-derived-from-the-mesoblast-of-the-primitive-streak-kouiker-iu-the-axial-line-with-the-primitive-hypoblast-when-the-medullary-groove-is-formed-the-lateral-bands-of-mesoblast-become-separate-from-the-axial-hypob-image216443921.htmlRMPG3TC1–. The elements of embryology . Embryology. 322 THE MAMMALIAN EMBRYO. Fis. 103. [chap.. Embryonic Akea of a Seven Days' Embbyo Rabbit. (From KoUiker.) 0. place of future area vasculosa; rf. medullary groove ; pr. pri- mitive streak ; ag. embryonic area. In the region o. a layer of mesoblast has already grown ; there are however as yet no signs of blood-vessels in it. This mesoblast is derived from the mesoblast of the primitive streak (KoUiker). iu the axial line with the primitive hypoblast. When the medullary groove is formed the lateral bands of mesoblast become separate from the axial hypob
. Fig. 243. Area vasculosa vom Kaninchen nach E. Van ßencden (aus Strahl). einer eiweißhaltigen Flüssigkeit, die für die Ernährung des Embryo ver- wertet werden kann. Zu diesem Behüte entwickelt sich ein Dottersacks- kreislauf, der mit dem niederer Amnioten ganz übeieinstimmt. Die beiden früher bereits beschriebenen i)rimitiven Aorten geben auf ihrem Wege zum Schwänze jederseits eine Arteria omphalo-mesenterica ab, welche sich auf dem (iefäßhof verteilen und entweder das Blut zu einem ringförmig, den Gefäßhof umgebenden Randsinus bringen, Sinus terminalis, oder aber direkt in Kapillaren sich a Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/fig-243-area-vasculosa-vom-kaninchen-nach-e-van-encden-aus-strahl-einer-eiweihaltigen-flssigkeit-die-fr-die-ernhrung-des-embryo-ver-wertet-werden-kann-zu-diesem-behte-entwickelt-sich-ein-dottersacks-kreislauf-der-mit-dem-niederer-amnioten-ganz-beieinstimmt-die-beiden-frher-bereits-beschriebenen-irimitiven-aorten-geben-auf-ihrem-wege-zum-schwnze-jederseits-eine-arteria-omphalo-mesenterica-ab-welche-sich-auf-dem-iefhof-verteilen-und-entweder-das-blut-zu-einem-ringfrmig-den-gefhof-umgebenden-randsinus-bringen-sinus-terminalis-oder-aber-direkt-in-kapillaren-sich-a-image179957096.htmlRMMCNN34–. Fig. 243. Area vasculosa vom Kaninchen nach E. Van ßencden (aus Strahl). einer eiweißhaltigen Flüssigkeit, die für die Ernährung des Embryo ver- wertet werden kann. Zu diesem Behüte entwickelt sich ein Dottersacks- kreislauf, der mit dem niederer Amnioten ganz übeieinstimmt. Die beiden früher bereits beschriebenen i)rimitiven Aorten geben auf ihrem Wege zum Schwänze jederseits eine Arteria omphalo-mesenterica ab, welche sich auf dem (iefäßhof verteilen und entweder das Blut zu einem ringförmig, den Gefäßhof umgebenden Randsinus bringen, Sinus terminalis, oder aber direkt in Kapillaren sich a
The elements of Embryology (1889) The elements of Embryology elementsofembryo00fostuoft Year: 1889 322 THE MAMMALIAN EMBRYO. Fig. 103. [chap. Embkyonic Area of a Seven Days' Embryo Rabbit. (From Kolliker.) 0. place of future area vasculosa ; rf. medullary groove ; pr. pri- mitive streak ; ag. embryonic area. In the region o. a layer of mesoblast lias already grown ; there are however as yet no signs of blood-vessels in it. This mesoblast is derived from the mesoblast of the primitive streak (Kolhker). iu the axial line with the primitive hypoblast. When the medullary groove is formed the l Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-elements-of-embryology-1889-the-elements-of-embryology-elementsofembryo00fostuoft-year-1889-322-the-mammalian-embryo-fig-103-chap-embkyonic-area-of-a-seven-days-embryo-rabbit-from-kolliker-0-place-of-future-area-vasculosa-rf-medullary-groove-pr-pri-mitive-streak-ag-embryonic-area-in-the-region-o-a-layer-of-mesoblast-lias-already-grown-there-are-however-as-yet-no-signs-of-blood-vessels-in-it-this-mesoblast-is-derived-from-the-mesoblast-of-the-primitive-streak-kolhker-iu-the-axial-line-with-the-primitive-hypoblast-when-the-medullary-groove-is-formed-the-l-image239657929.htmlRMRWWA3N–The elements of Embryology (1889) The elements of Embryology elementsofembryo00fostuoft Year: 1889 322 THE MAMMALIAN EMBRYO. Fig. 103. [chap. Embkyonic Area of a Seven Days' Embryo Rabbit. (From Kolliker.) 0. place of future area vasculosa ; rf. medullary groove ; pr. pri- mitive streak ; ag. embryonic area. In the region o. a layer of mesoblast lias already grown ; there are however as yet no signs of blood-vessels in it. This mesoblast is derived from the mesoblast of the primitive streak (Kolhker). iu the axial line with the primitive hypoblast. When the medullary groove is formed the l
Median sagittal section of the eye and eyelid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/median-sagittal-section-of-the-eye-and-eyelid-image476923635.htmlRF2JKWMXY–Median sagittal section of the eye and eyelid.
The development of the human body; a manual of human embryology . branches as it does in the adult, but iscontinued on through the cavity of the optic cup (Fig.262) to reach the lens, around which it sends branches toform the tunica vasculosa lentis. According to some authors, the formation of the vitre-ous humor is closely associated with the development ofthis artery, the humor being merely a transudate from it,while others have maintained that it is a derivative of the THE VITREOUS HUMOR. 493 mesoderm which accompanies the vessel, and is thereforeto be regarded as a peculiar gelatinous form Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-development-of-the-human-body-a-manual-of-human-embryology-branches-as-it-does-in-the-adult-but-iscontinued-on-through-the-cavity-of-the-optic-cup-fig262-to-reach-the-lens-around-which-it-sends-branches-toform-the-tunica-vasculosa-lentis-according-to-some-authors-the-formation-of-the-vitre-ous-humor-is-closely-associated-with-the-development-ofthis-artery-the-humor-being-merely-a-transudate-from-itwhile-others-have-maintained-that-it-is-a-derivative-of-the-the-vitreous-humor-493-mesoderm-which-accompanies-the-vessel-and-is-thereforeto-be-regarded-as-a-peculiar-gelatinous-form-image340297824.htmlRM2ANHW9M–The development of the human body; a manual of human embryology . branches as it does in the adult, but iscontinued on through the cavity of the optic cup (Fig.262) to reach the lens, around which it sends branches toform the tunica vasculosa lentis. According to some authors, the formation of the vitre-ous humor is closely associated with the development ofthis artery, the humor being merely a transudate from it,while others have maintained that it is a derivative of the THE VITREOUS HUMOR. 493 mesoderm which accompanies the vessel, and is thereforeto be regarded as a peculiar gelatinous form
. The development of the human body : a manual of human embryology. Embryology; Embryo, Non-Mammalian. 45: THE LENS stars become more complicated, being either six-rayed or more usually nine-rayed in the adult condition'(Fig. 270). As early as the second month of development the lens vesicle becomes completely invested by the mesodermal tissue in which blood-vessels are developed in considerable numbers, whence the. Fig. 270.- -Posterior (Inner) Surface of the Lens from an Adult showing the Sutural Lines.—(Rabl.) investment is termed the tunica vasculosa lends (Fig. 278, tv). The arteries of t Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-development-of-the-human-body-a-manual-of-human-embryology-embryology-embryo-non-mammalian-45-the-lens-stars-become-more-complicated-being-either-six-rayed-or-more-usually-nine-rayed-in-the-adult-conditionfig-270-as-early-as-the-second-month-of-development-the-lens-vesicle-becomes-completely-invested-by-the-mesodermal-tissue-in-which-blood-vessels-are-developed-in-considerable-numbers-whence-the-fig-270-posterior-inner-surface-of-the-lens-from-an-adult-showing-the-sutural-linesrabl-investment-is-termed-the-tunica-vasculosa-lends-fig-278-tv-the-arteries-of-t-image215969214.htmlRMPFA6X6–. The development of the human body : a manual of human embryology. Embryology; Embryo, Non-Mammalian. 45: THE LENS stars become more complicated, being either six-rayed or more usually nine-rayed in the adult condition'(Fig. 270). As early as the second month of development the lens vesicle becomes completely invested by the mesodermal tissue in which blood-vessels are developed in considerable numbers, whence the. Fig. 270.- -Posterior (Inner) Surface of the Lens from an Adult showing the Sutural Lines.—(Rabl.) investment is termed the tunica vasculosa lends (Fig. 278, tv). The arteries of t
. Fig. 243. Area vasculosa vom Kaninchen nach E. Van ßeneden (aus Strahl). einer eiweißhaltigen Flüssigkeit, die für die Ernährung des Embryo ver- wertet werden kann. Zu diesem Behufe entwickelt sich ein Dottersacks- kreislauf, der mit dem niederer Amnioten ganz übereinstimmt. Die beiden früher bereits Ijeschriebenen i)rimitiven Aorten geben auf ihrem Wege zum Schwänze jederseits eine Arteria omiihalo-mesenterica ab, welche sich auf dem Gefäßhof verteilen und entweder das Blut zu einem ringförmig, den Gefäßhof umgel)enden Randsinus bringen, Sinus terminalis, oder al)er direkt in Kapillaren sic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/fig-243-area-vasculosa-vom-kaninchen-nach-e-van-eneden-aus-strahl-einer-eiweihaltigen-flssigkeit-die-fr-die-ernhrung-des-embryo-ver-wertet-werden-kann-zu-diesem-behufe-entwickelt-sich-ein-dottersacks-kreislauf-der-mit-dem-niederer-amnioten-ganz-bereinstimmt-die-beiden-frher-bereits-ijeschriebenen-irimitiven-aorten-geben-auf-ihrem-wege-zum-schwnze-jederseits-eine-arteria-omiihalo-mesenterica-ab-welche-sich-auf-dem-gefhof-verteilen-und-entweder-das-blut-zu-einem-ringfrmig-den-gefhof-umgelenden-randsinus-bringen-sinus-terminalis-oder-aler-direkt-in-kapillaren-sic-image179956916.htmlRMMCNMTM–. Fig. 243. Area vasculosa vom Kaninchen nach E. Van ßeneden (aus Strahl). einer eiweißhaltigen Flüssigkeit, die für die Ernährung des Embryo ver- wertet werden kann. Zu diesem Behufe entwickelt sich ein Dottersacks- kreislauf, der mit dem niederer Amnioten ganz übereinstimmt. Die beiden früher bereits Ijeschriebenen i)rimitiven Aorten geben auf ihrem Wege zum Schwänze jederseits eine Arteria omiihalo-mesenterica ab, welche sich auf dem Gefäßhof verteilen und entweder das Blut zu einem ringförmig, den Gefäßhof umgel)enden Randsinus bringen, Sinus terminalis, oder al)er direkt in Kapillaren sic
The elements of embryology (1883) The elements of embryology elementsofembryo00fost Year: 1883 322 THE MAMMALIAN EMBRYO. Fig. 103. [chap. Embryonic Area of a Seven Days' Embryo Eabbit. (From Kolliker.) o. place of future area vasculosa ; r/ medullary groove ; pr. pri- mitive streak ; ag. embryonic area. In the region o. a layer of mesoblast has already grown ; there are however as yet no signs of blood-vessels in it. This mesoblast is derived from the mesoblast of the primitive streak (Kolliker). in the axial line with the primitive hypoblast. When the medullary groove is formed the latera Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-elements-of-embryology-1883-the-elements-of-embryology-elementsofembryo00fost-year-1883-322-the-mammalian-embryo-fig-103-chap-embryonic-area-of-a-seven-days-embryo-eabbit-from-kolliker-o-place-of-future-area-vasculosa-r-medullary-groove-pr-pri-mitive-streak-ag-embryonic-area-in-the-region-o-a-layer-of-mesoblast-has-already-grown-there-are-however-as-yet-no-signs-of-blood-vessels-in-it-this-mesoblast-is-derived-from-the-mesoblast-of-the-primitive-streak-kolliker-in-the-axial-line-with-the-primitive-hypoblast-when-the-medullary-groove-is-formed-the-latera-image239657927.htmlRMRWWA3K–The elements of embryology (1883) The elements of embryology elementsofembryo00fost Year: 1883 322 THE MAMMALIAN EMBRYO. Fig. 103. [chap. Embryonic Area of a Seven Days' Embryo Eabbit. (From Kolliker.) o. place of future area vasculosa ; r/ medullary groove ; pr. pri- mitive streak ; ag. embryonic area. In the region o. a layer of mesoblast has already grown ; there are however as yet no signs of blood-vessels in it. This mesoblast is derived from the mesoblast of the primitive streak (Kolliker). in the axial line with the primitive hypoblast. When the medullary groove is formed the latera
Median sagittal section of the eye and eyelid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/median-sagittal-section-of-the-eye-and-eyelid-image476923660.htmlRF2JKWMYT–Median sagittal section of the eye and eyelid.
Textbook of normal histology: including an account of the development of the tissues and of the organs . stinum stoutfibrous septa radiate to the pe-riphery, thus dividing the organinto a number of irregular pyram-idal compartments or lobules,in which the seminiferous tubulesare contained. The tunica albu-ginea consists of a dense fibrousfelt-work of bundles of nbro-elastictissue ; the looser, inner layers sup-port numerous blood-vessels, con-stituting the tunica vasculosa.The outer surface of the albuginea,through the greater part of itsextent, is covered by the viscerallayer of the tunica va Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/textbook-of-normal-histology-including-an-account-of-the-development-of-the-tissues-and-of-the-organs-stinum-stoutfibrous-septa-radiate-to-the-pe-riphery-thus-dividing-the-organinto-a-number-of-irregular-pyram-idal-compartments-or-lobulesin-which-the-seminiferous-tubulesare-contained-the-tunica-albu-ginea-consists-of-a-dense-fibrousfelt-work-of-bundles-of-nbro-elastictissue-the-looser-inner-layers-sup-port-numerous-blood-vessels-con-stituting-the-tunica-vasculosathe-outer-surface-of-the-albugineathrough-the-greater-part-of-itsextent-is-covered-by-the-viscerallayer-of-the-tunica-va-image338949621.htmlRM2AKCDKH–Textbook of normal histology: including an account of the development of the tissues and of the organs . stinum stoutfibrous septa radiate to the pe-riphery, thus dividing the organinto a number of irregular pyram-idal compartments or lobules,in which the seminiferous tubulesare contained. The tunica albu-ginea consists of a dense fibrousfelt-work of bundles of nbro-elastictissue ; the looser, inner layers sup-port numerous blood-vessels, con-stituting the tunica vasculosa.The outer surface of the albuginea,through the greater part of itsextent, is covered by the viscerallayer of the tunica va
![. Einführung in die vergleichende Anatomie der Wirbeltiere, für Studierende . Fig. 193. Fig. 194. Fig. 193. Typus dos Fisdiaugos. yl^ Argontcn, Co Cornoa, Cp Campaunla Ilallcri, Cc Corpu'^ vitrciini, /r Iris, L Linse, Ls Lamina snpracliorioidea, Lv Lamina vasculosa, Op 0])tieus, OS Optieusscheide, PE Pigmentei)ithel, Fr Pro.'essus faleiforniis, El Retina, Sc Srlera mit Knorjiel- beziehungsweise Knucheneinlage (f), Tp Tapetuni, FiT vordere Kammer. Fig. 194. Linkes Auge von Orth a gorisen s mola (^londfiseh) nach Abtragung der Ibirnliaut xuid Iris. C Cam])anula, Ch Chorioidea, L Linse, Ls Ligame Stock Photo](https://c8.alamy.com/comp/MA7E8R/einfhrung-in-die-vergleichende-anatomie-der-wirbeltiere-fr-studierende-fig-193-fig-194-fig-193-typus-dos-fisdiaugos-yl-argontcn-co-cornoa-cp-campaunla-ilallcri-cc-corpu-vitrciini-r-iris-l-linse-ls-lamina-snpracliorioidea-lv-lamina-vasculosa-op-0-tieus-os-optieusscheide-pe-pigmenteiithel-fr-proessus-faleiforniis-el-retina-sc-srlera-mit-knorjiel-beziehungsweise-knucheneinlage-f-tp-tapetuni-fit-vordere-kammer-fig-194-linkes-auge-von-orth-a-gorisen-s-mola-londfiseh-nach-abtragung-der-ibirnliaut-xuid-iris-c-cam-anula-ch-chorioidea-l-linse-ls-ligame-MA7E8R.jpg ". Einführung in die vergleichende Anatomie der Wirbeltiere, für Studierende . Fig. 193. Fig. 194. Fig. 193. Typus dos Fisdiaugos. yl^ Argontcn, Co Cornoa, Cp Campaunla Ilallcri, Cc Corpu'^ vitrciini, /r Iris, L Linse, Ls Lamina snpracliorioidea, Lv Lamina vasculosa, Op 0])tieus, OS Optieusscheide, PE Pigmentei)ithel, Fr Pro.'essus faleiforniis, El Retina, Sc Srlera mit Knorjiel- beziehungsweise Knucheneinlage (f), Tp Tapetuni, FiT vordere Kammer. Fig. 194. Linkes Auge von Orth a gorisen s mola (^londfiseh) nach Abtragung der Ibirnliaut xuid Iris. C Cam])anula, Ch Chorioidea, L Linse, Ls Ligame Stock Photo")
. Einführung in die vergleichende Anatomie der Wirbeltiere, für Studierende . Fig. 193. Fig. 194. Fig. 193. Typus dos Fisdiaugos. yl^ Argontcn, Co Cornoa, Cp Campaunla Ilallcri, Cc Corpu'^ vitrciini, /r Iris, L Linse, Ls Lamina snpracliorioidea, Lv Lamina vasculosa, Op 0])tieus, OS Optieusscheide, PE Pigmentei)ithel, Fr Pro.'essus faleiforniis, El Retina, Sc Srlera mit Knorjiel- beziehungsweise Knucheneinlage (f), Tp Tapetuni, FiT vordere Kammer. Fig. 194. Linkes Auge von Orth a gorisen s mola (^londfiseh) nach Abtragung der Ibirnliaut xuid Iris. C Cam])anula, Ch Chorioidea, L Linse, Ls Ligame Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/einfhrung-in-die-vergleichende-anatomie-der-wirbeltiere-fr-studierende-fig-193-fig-194-fig-193-typus-dos-fisdiaugos-yl-argontcn-co-cornoa-cp-campaunla-ilallcri-cc-corpu-vitrciini-r-iris-l-linse-ls-lamina-snpracliorioidea-lv-lamina-vasculosa-op-0-tieus-os-optieusscheide-pe-pigmenteiithel-fr-proessus-faleiforniis-el-retina-sc-srlera-mit-knorjiel-beziehungsweise-knucheneinlage-f-tp-tapetuni-fit-vordere-kammer-fig-194-linkes-auge-von-orth-a-gorisen-s-mola-londfiseh-nach-abtragung-der-ibirnliaut-xuid-iris-c-cam-anula-ch-chorioidea-l-linse-ls-ligame-image178415127.htmlRMMA7E8R–. Einführung in die vergleichende Anatomie der Wirbeltiere, für Studierende . Fig. 193. Fig. 194. Fig. 193. Typus dos Fisdiaugos. yl^ Argontcn, Co Cornoa, Cp Campaunla Ilallcri, Cc Corpu'^ vitrciini, /r Iris, L Linse, Ls Lamina snpracliorioidea, Lv Lamina vasculosa, Op 0])tieus, OS Optieusscheide, PE Pigmentei)ithel, Fr Pro.'essus faleiforniis, El Retina, Sc Srlera mit Knorjiel- beziehungsweise Knucheneinlage (f), Tp Tapetuni, FiT vordere Kammer. Fig. 194. Linkes Auge von Orth a gorisen s mola (^londfiseh) nach Abtragung der Ibirnliaut xuid Iris. C Cam])anula, Ch Chorioidea, L Linse, Ls Ligame
Einführung in die vergleichende Anatomie der Wirbeltiere, für Studierende . einfhrungindie00wied Year: 1907 252 Sehorgan. :^<^ Wie nun im Innern der sekundären Augenblase zahlreiche Blut- bahnen auftreten, so gilt dasselbe auch für deren äußere Peripherie, wo sich eine förmliche Gefäßhaut, die sogen. Chorioidea s. Tu nie a vasculosa oculi, ausbildet. Diese differenziert sich an ihrer vorderen Zirkumferenz zur sogen. Regenbogenhaut oder Iris (Fig. 191 Ir), legt sich unter Erzeugung eines radiär angeordneten Faltensystems (Corpus ciliare) mit diesem vorhangartig vor die Linse, erhält hier Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/einfhrung-in-die-vergleichende-anatomie-der-wirbeltiere-fr-studierende-einfhrungindie00wied-year-1907-252-sehorgan-lt-wie-nun-im-innern-der-sekundren-augenblase-zahlreiche-blut-bahnen-auftreten-so-gilt-dasselbe-auch-fr-deren-uere-peripherie-wo-sich-eine-frmliche-gefhaut-die-sogen-chorioidea-s-tu-nie-a-vasculosa-oculi-ausbildet-diese-differenziert-sich-an-ihrer-vorderen-zirkumferenz-zur-sogen-regenbogenhaut-oder-iris-fig-191-ir-legt-sich-unter-erzeugung-eines-radir-angeordneten-faltensystems-corpus-ciliare-mit-diesem-vorhangartig-vor-die-linse-erhlt-hier-image241018263.htmlRMT03973–Einführung in die vergleichende Anatomie der Wirbeltiere, für Studierende . einfhrungindie00wied Year: 1907 252 Sehorgan. :^<^ Wie nun im Innern der sekundären Augenblase zahlreiche Blut- bahnen auftreten, so gilt dasselbe auch für deren äußere Peripherie, wo sich eine förmliche Gefäßhaut, die sogen. Chorioidea s. Tu nie a vasculosa oculi, ausbildet. Diese differenziert sich an ihrer vorderen Zirkumferenz zur sogen. Regenbogenhaut oder Iris (Fig. 191 Ir), legt sich unter Erzeugung eines radiär angeordneten Faltensystems (Corpus ciliare) mit diesem vorhangartig vor die Linse, erhält hier
Median sagittal section of the eye and eyelid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/median-sagittal-section-of-the-eye-and-eyelid-image476923755.htmlRF2JKWN37–Median sagittal section of the eye and eyelid.
EYE, DRAWING Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-eye-drawing-75741306.htmlRMEB68PJ–EYE, DRAWING
Gynaecology for students and practitioners . ^ surrounding the ovum so that itnever comes into contact with the liquor foUiculi, distinguished as Discus proligerus Tuinica albugineaof ovary Germ epithelium.of ovary. Tunica fibrosa(ou,tx.r coa-t of foUtcle.) Tunica vasculosa(mrt&T- coctC of folllciz) Fig. 31. Ripening Gbaa.fian Follicle (later stage) protruding uponTHE Surface of the Ovary (Bumm). the discus proligerus (seeFig. 31 ; (2) a stratified layer lining the wallof the follicle, called the membrana granulosa. An intra-epithelialnetwork has been traced from the cells of the discus to the Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/gynaecology-for-students-and-practitioners-surrounding-the-ovum-so-that-itnever-comes-into-contact-with-the-liquor-fouiculi-distinguished-as-discus-proligerus-tuinica-albugineaof-ovary-germ-epitheliumof-ovary-tunica-fibrosaoutxr-coa-t-of-foutcle-tunica-vasculosamrtt-coctc-of-folllciz-fig-31-ripening-gbaafian-follicle-later-stage-protruding-uponthe-surface-of-the-ovary-bumm-the-discus-proligerus-seefig-31-2-a-stratified-layer-lining-the-wallof-the-follicle-called-the-membrana-granulosa-an-intra-epithelialnetwork-has-been-traced-from-the-cells-of-the-discus-to-the-image340100848.htmlRM2AN8X2T–Gynaecology for students and practitioners . ^ surrounding the ovum so that itnever comes into contact with the liquor foUiculi, distinguished as Discus proligerus Tuinica albugineaof ovary Germ epithelium.of ovary. Tunica fibrosa(ou,tx.r coa-t of foUtcle.) Tunica vasculosa(mrt&T- coctC of folllciz) Fig. 31. Ripening Gbaa.fian Follicle (later stage) protruding uponTHE Surface of the Ovary (Bumm). the discus proligerus (seeFig. 31 ; (2) a stratified layer lining the wallof the follicle, called the membrana granulosa. An intra-epithelialnetwork has been traced from the cells of the discus to the
Sagittal view of the eye anatomy showing lens, retina, cornea, iris, choroid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/sagittal-view-of-the-eye-anatomy-showing-lens-retina-cornea-iris-choroid-image476925271.htmlRF2JKWR1B–Sagittal view of the eye anatomy showing lens, retina, cornea, iris, choroid.
![Einführung in die vergleichende Anatomie der Wirbeltiere, für Studierende . einfhrungindie00wied Year: 1907 Fig. 193. Fig. 194. Fig. 193. Typus dos Fisdiaugos. yl^ Argontcn, Co Cornoa, Cp Campaunla Ilallcri, Cc Corpu'^ vitrciini, /r Iris, L Linse, Ls Lamina snpracliorioidea, Lv Lamina vasculosa, Op 0])tieus, OS Optieusscheide, PE Pigmentei)ithel, Fr Pro.'essus faleiforniis, El Retina, Sc Srlera mit Knorjiel- beziehungsweise Knucheneinlage (f), Tp Tapetuni, FiT vordere Kammer. Fig. 194. Linkes Auge von Orth a gorisen s mola (^londfiseh) nach Abtragung der Ibirnliaut xuid Iris. C Cam])anula, Ch Stock Photo](https://c8.alamy.com/comp/T039HA/einfhrung-in-die-vergleichende-anatomie-der-wirbeltiere-fr-studierende-einfhrungindie00wied-year-1907-fig-193-fig-194-fig-193-typus-dos-fisdiaugos-yl-argontcn-co-cornoa-cp-campaunla-ilallcri-cc-corpu-vitrciini-r-iris-l-linse-ls-lamina-snpracliorioidea-lv-lamina-vasculosa-op-0-tieus-os-optieusscheide-pe-pigmenteiithel-fr-proessus-faleiforniis-el-retina-sc-srlera-mit-knorjiel-beziehungsweise-knucheneinlage-f-tp-tapetuni-fit-vordere-kammer-fig-194-linkes-auge-von-orth-a-gorisen-s-mola-londfiseh-nach-abtragung-der-ibirnliaut-xuid-iris-c-cam-anula-ch-T039HA.jpg "Einführung in die vergleichende Anatomie der Wirbeltiere, für Studierende . einfhrungindie00wied Year: 1907 Fig. 193. Fig. 194. Fig. 193. Typus dos Fisdiaugos. yl^ Argontcn, Co Cornoa, Cp Campaunla Ilallcri, Cc Corpu'^ vitrciini, /r Iris, L Linse, Ls Lamina snpracliorioidea, Lv Lamina vasculosa, Op 0])tieus, OS Optieusscheide, PE Pigmentei)ithel, Fr Pro.'essus faleiforniis, El Retina, Sc Srlera mit Knorjiel- beziehungsweise Knucheneinlage (f), Tp Tapetuni, FiT vordere Kammer. Fig. 194. Linkes Auge von Orth a gorisen s mola (^londfiseh) nach Abtragung der Ibirnliaut xuid Iris. C Cam])anula, Ch Stock Photo")
Einführung in die vergleichende Anatomie der Wirbeltiere, für Studierende . einfhrungindie00wied Year: 1907 Fig. 193. Fig. 194. Fig. 193. Typus dos Fisdiaugos. yl^ Argontcn, Co Cornoa, Cp Campaunla Ilallcri, Cc Corpu'^ vitrciini, /r Iris, L Linse, Ls Lamina snpracliorioidea, Lv Lamina vasculosa, Op 0])tieus, OS Optieusscheide, PE Pigmentei)ithel, Fr Pro.'essus faleiforniis, El Retina, Sc Srlera mit Knorjiel- beziehungsweise Knucheneinlage (f), Tp Tapetuni, FiT vordere Kammer. Fig. 194. Linkes Auge von Orth a gorisen s mola (^londfiseh) nach Abtragung der Ibirnliaut xuid Iris. C Cam])anula, Ch Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/einfhrung-in-die-vergleichende-anatomie-der-wirbeltiere-fr-studierende-einfhrungindie00wied-year-1907-fig-193-fig-194-fig-193-typus-dos-fisdiaugos-yl-argontcn-co-cornoa-cp-campaunla-ilallcri-cc-corpu-vitrciini-r-iris-l-linse-ls-lamina-snpracliorioidea-lv-lamina-vasculosa-op-0-tieus-os-optieusscheide-pe-pigmenteiithel-fr-proessus-faleiforniis-el-retina-sc-srlera-mit-knorjiel-beziehungsweise-knucheneinlage-f-tp-tapetuni-fit-vordere-kammer-fig-194-linkes-auge-von-orth-a-gorisen-s-mola-londfiseh-nach-abtragung-der-ibirnliaut-xuid-iris-c-cam-anula-ch-image241018550.htmlRMT039HA–Einführung in die vergleichende Anatomie der Wirbeltiere, für Studierende . einfhrungindie00wied Year: 1907 Fig. 193. Fig. 194. Fig. 193. Typus dos Fisdiaugos. yl^ Argontcn, Co Cornoa, Cp Campaunla Ilallcri, Cc Corpu'^ vitrciini, /r Iris, L Linse, Ls Lamina snpracliorioidea, Lv Lamina vasculosa, Op 0])tieus, OS Optieusscheide, PE Pigmentei)ithel, Fr Pro.'essus faleiforniis, El Retina, Sc Srlera mit Knorjiel- beziehungsweise Knucheneinlage (f), Tp Tapetuni, FiT vordere Kammer. Fig. 194. Linkes Auge von Orth a gorisen s mola (^londfiseh) nach Abtragung der Ibirnliaut xuid Iris. C Cam])anula, Ch
The laws and mechanics of circulation, with the principle involved in animal movement . Fig. 141.—Anatomy of the Egg.—Jones, a, b. Air-vesicle ; 6, arrow indicating theposition of the central axis of the egg ; c, the yolk ; /. Purkinjean vesicle ; g,cicatricula ; h, thickening of the vitelline membrane ; e, canal leading to d, the cen-tral chamber of the yolk.. Fig. 142.—Egg of Fowl in Process of Development, showing area vasculosa, with vitellinecirculation, terminal sinus, etc.—Dalton. According to His. the heart is developed by the coalescenceof a layer of the splanchnopleure with a similar Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-laws-and-mechanics-of-circulation-with-the-principle-involved-in-animal-movement-fig-141anatomy-of-the-eggjones-a-b-air-vesicle-6-arrow-indicating-theposition-of-the-central-axis-of-the-egg-c-the-yolk-purkinjean-vesicle-gcicatricula-h-thickening-of-the-vitelline-membrane-e-canal-leading-to-d-the-cen-tral-chamber-of-the-yolk-fig-142egg-of-fowl-in-process-of-development-showing-area-vasculosa-with-vitellinecirculation-terminal-sinus-etcdalton-according-to-his-the-heart-is-developed-by-the-coalescenceof-a-layer-of-the-splanchnopleure-with-a-similar-image339938788.htmlRM2AN1FB0–The laws and mechanics of circulation, with the principle involved in animal movement . Fig. 141.—Anatomy of the Egg.—Jones, a, b. Air-vesicle ; 6, arrow indicating theposition of the central axis of the egg ; c, the yolk ; /. Purkinjean vesicle ; g,cicatricula ; h, thickening of the vitelline membrane ; e, canal leading to d, the cen-tral chamber of the yolk.. Fig. 142.—Egg of Fowl in Process of Development, showing area vasculosa, with vitellinecirculation, terminal sinus, etc.—Dalton. According to His. the heart is developed by the coalescenceof a layer of the splanchnopleure with a similar
Eye cut showing crystalline, retina, cornea, iris, choroid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eye-cut-showing-crystalline-retina-cornea-iris-choroid-image476925257.htmlRF2JKWR0W–Eye cut showing crystalline, retina, cornea, iris, choroid.
Outlines of comparative physiology touching the structure and development of the races of animals, living and extinct : for the use of schools and colleges . Fig. 338.—Ideal section of an embryo somewhat younger than that offig. 339. A, transverse section ; a, vitelline membrane ; b,b, laminae dorsaleset vertebrales; b-, b, laminae abdominales and transverse processes; c,c,lamina mucosa, which is seen bending round under the chorda dorsalis (e),to form the intestinal canal; d, d, lamina vasculosa; /, /, peripheral por-tion of the lamina serosa, proceeding to form the lateral involucra and the Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/outlines-of-comparative-physiology-touching-the-structure-and-development-of-the-races-of-animals-living-and-extinct-for-the-use-of-schools-and-colleges-fig-338ideal-section-of-an-embryo-somewhat-younger-than-that-offig-339-a-transverse-section-a-vitelline-membrane-bb-laminae-dorsaleset-vertebrales-b-b-laminae-abdominales-and-transverse-processes-cclamina-mucosa-which-is-seen-bending-round-under-the-chorda-dorsalis-eto-form-the-intestinal-canal-d-d-lamina-vasculosa-peripheral-por-tion-of-the-lamina-serosa-proceeding-to-form-the-lateral-involucra-and-the-image338952743.htmlRM2AKCHK3–Outlines of comparative physiology touching the structure and development of the races of animals, living and extinct : for the use of schools and colleges . Fig. 338.—Ideal section of an embryo somewhat younger than that offig. 339. A, transverse section ; a, vitelline membrane ; b,b, laminae dorsaleset vertebrales; b-, b, laminae abdominales and transverse processes; c,c,lamina mucosa, which is seen bending round under the chorda dorsalis (e),to form the intestinal canal; d, d, lamina vasculosa; /, /, peripheral por-tion of the lamina serosa, proceeding to form the lateral involucra and the
Anatomy of the eye whose arrows represent light and revealing the lens, retina, cornea, iris, choroid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/anatomy-of-the-eye-whose-arrows-represent-light-and-revealing-the-lens-retina-cornea-iris-choroid-image476925412.htmlRF2JKWR6C–Anatomy of the eye whose arrows represent light and revealing the lens, retina, cornea, iris, choroid.
The development of the human body; a manual of human embryology . Fig. 121.—Surface View op a Por-tion of the Area Vasculosa ofa Chick. The vascular network is represented bythe shaded portion. Bi, Blood-island;Si, substance-island.—(Disse.) THE BLOOD. 243 are the first blood-eorpuscles, are all nucleated and are fora time the only cells occurring in the blood, though laterother cells, arising in tissues exterior to the blood-vessels,make their way into the vessels, forming leukocytes. Fromtheir very first formation then the red (erythrocytes) andwhite (leukocytes) blood-corpuscles have a diff Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-development-of-the-human-body-a-manual-of-human-embryology-fig-121surface-view-op-a-por-tion-of-the-area-vasculosa-ofa-chick-the-vascular-network-is-represented-bythe-shaded-portion-bi-blood-islandsi-substance-islanddisse-the-blood-243-are-the-first-blood-eorpuscles-are-all-nucleated-and-are-fora-time-the-only-cells-occurring-in-the-blood-though-laterother-cells-arising-in-tissues-exterior-to-the-blood-vesselsmake-their-way-into-the-vessels-forming-leukocytes-fromtheir-very-first-formation-then-the-red-erythrocytes-andwhite-leukocytes-blood-corpuscles-have-a-diff-image342684936.htmlRM2AWEJ3M–The development of the human body; a manual of human embryology . Fig. 121.—Surface View op a Por-tion of the Area Vasculosa ofa Chick. The vascular network is represented bythe shaded portion. Bi, Blood-island;Si, substance-island.—(Disse.) THE BLOOD. 243 are the first blood-eorpuscles, are all nucleated and are fora time the only cells occurring in the blood, though laterother cells, arising in tissues exterior to the blood-vessels,make their way into the vessels, forming leukocytes. Fromtheir very first formation then the red (erythrocytes) andwhite (leukocytes) blood-corpuscles have a diff
Anatomy of the eye whose arrows represent light and revealing the lens, retina, cornea, iris, choroid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/anatomy-of-the-eye-whose-arrows-represent-light-and-revealing-the-lens-retina-cornea-iris-choroid-image476925379.htmlRF2JKWR57–Anatomy of the eye whose arrows represent light and revealing the lens, retina, cornea, iris, choroid.
. The American journal of anatomy. ith a normal embryo of the same age, whichwas 13 mm. in length. The area vasculosa of the operated chicks did not always ex-pand uniformly in each direction, as in the normal, but oftengrew out at certain points, usually posteriorly from the embryo,in advance of other portions. Figure 2 is a diagram of one of 184 W. B. CHAPMAN these specimens. The effect of this irregular growth of the areais apparently shown in th6 shape of the capillary plexus^thus, infigure 13 the peripheral capillaries, formed by the breaking up ofthe border vein, have grown out so rapidl Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-american-journal-of-anatomy-ith-a-normal-embryo-of-the-same-age-whichwas-13-mm-in-length-the-area-vasculosa-of-the-operated-chicks-did-not-always-ex-pand-uniformly-in-each-direction-as-in-the-normal-but-oftengrew-out-at-certain-points-usually-posteriorly-from-the-embryoin-advance-of-other-portions-figure-2-is-a-diagram-of-one-of-184-w-b-chapman-these-specimens-the-effect-of-this-irregular-growth-of-the-areais-apparently-shown-in-th6-shape-of-the-capillary-plexusthus-infigure-13-the-peripheral-capillaries-formed-by-the-breaking-up-ofthe-border-vein-have-grown-out-so-rapidl-image336809384.htmlRM2AFXYPG–. The American journal of anatomy. ith a normal embryo of the same age, whichwas 13 mm. in length. The area vasculosa of the operated chicks did not always ex-pand uniformly in each direction, as in the normal, but oftengrew out at certain points, usually posteriorly from the embryo,in advance of other portions. Figure 2 is a diagram of one of 184 W. B. CHAPMAN these specimens. The effect of this irregular growth of the areais apparently shown in th6 shape of the capillary plexus^thus, infigure 13 the peripheral capillaries, formed by the breaking up ofthe border vein, have grown out so rapidl
Sagittal view of the eye anatomy showing lens, retina, cornea, iris, choroid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/sagittal-view-of-the-eye-anatomy-showing-lens-retina-cornea-iris-choroid-image476925398.htmlRF2JKWR5X–Sagittal view of the eye anatomy showing lens, retina, cornea, iris, choroid.
Handbuch der Kinderkrankheiten . Angeborene hochgradige hyperämische Turgescenz Dasselbe Mädchen 14 Tage der gesammten Thyreoidea bei einem drei Tage später. Die Heilung war alten im Uebrigen gesunden Mädchen. Der Vater innerhalb dieser Zeit desselben leidet an einer weichen follikulären, die spontan erfolgt.Mutter an einer Cysten-Struma. ruhende angeborene Kropfbildungen und zwar zunächst die eigentliche,gleichmässige Str. hyperplastica, ferner sehr gefässreiche Drüsenkröpfe,Str. follicularis vasculosa, sowie auch Cystenbildungen, Str. cystica vor.Selbst beim nicht ausgetragenen menschlichen Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/handbuch-der-kinderkrankheiten-angeborene-hochgradige-hypermische-turgescenz-dasselbe-mdchen-14-tage-der-gesammten-thyreoidea-bei-einem-drei-tage-spter-die-heilung-war-alten-im-uebrigen-gesunden-mdchen-der-vater-innerhalb-dieser-zeit-desselben-leidet-an-einer-weichen-follikulren-die-spontan-erfolgtmutter-an-einer-cysten-struma-ruhende-angeborene-kropfbildungen-und-zwar-zunchst-die-eigentlichegleichmssige-str-hyperplastica-ferner-sehr-gefssreiche-drsenkrpfestr-follicularis-vasculosa-sowie-auch-cystenbildungen-str-cystica-vorselbst-beim-nicht-ausgetragenen-menschlichen-image340182694.htmlRM2ANCJDX–Handbuch der Kinderkrankheiten . Angeborene hochgradige hyperämische Turgescenz Dasselbe Mädchen 14 Tage der gesammten Thyreoidea bei einem drei Tage später. Die Heilung war alten im Uebrigen gesunden Mädchen. Der Vater innerhalb dieser Zeit desselben leidet an einer weichen follikulären, die spontan erfolgt.Mutter an einer Cysten-Struma. ruhende angeborene Kropfbildungen und zwar zunächst die eigentliche,gleichmässige Str. hyperplastica, ferner sehr gefässreiche Drüsenkröpfe,Str. follicularis vasculosa, sowie auch Cystenbildungen, Str. cystica vor.Selbst beim nicht ausgetragenen menschlichen
Sagittal view of the eye anatomy showing lens, retina, cornea, iris, choroid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/sagittal-view-of-the-eye-anatomy-showing-lens-retina-cornea-iris-choroid-image476925374.htmlRF2JKWR52–Sagittal view of the eye anatomy showing lens, retina, cornea, iris, choroid.
. Lehrbuch der praktischen Augenheilkunde. Ganz frisch entstandene und rasch ausgebildete Coni heben sich von denumgebenden Theilen des Augengrundes meistens nicht sehr deutlich ab; diesehnigweise Oberfläche der ectatischen Lederhautzone schimmert nur ganzmatt durch die noch pigment- und gefässhältige verdünnte Aderhaut durch,sie erscheint überkleidet von einem mehr weniger dichten graubräunlichenoder bräunlichrothen Flor, in welchem sich dunklere wolkige Zeichnungen,öfters auch Haufen schwarzbraunen Pigmentes, ziemlich starke Gefässeaus der Vasculosa und bisweilen kleine Blutextravasate erken Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/lehrbuch-der-praktischen-augenheilkunde-ganz-frisch-entstandene-und-rasch-ausgebildete-coni-heben-sich-von-denumgebenden-theilen-des-augengrundes-meistens-nicht-sehr-deutlich-ab-diesehnigweise-oberflche-der-ectatischen-lederhautzone-schimmert-nur-ganzmatt-durch-die-noch-pigment-und-gefsshltige-verdnnte-aderhaut-durchsie-erscheint-berkleidet-von-einem-mehr-weniger-dichten-graubrunlichenoder-brunlichrothen-flor-in-welchem-sich-dunklere-wolkige-zeichnungenfters-auch-haufen-schwarzbraunen-pigmentes-ziemlich-starke-gefsseaus-der-vasculosa-und-bisweilen-kleine-blutextravasate-erken-image336986356.htmlRM2AG71F0–. Lehrbuch der praktischen Augenheilkunde. Ganz frisch entstandene und rasch ausgebildete Coni heben sich von denumgebenden Theilen des Augengrundes meistens nicht sehr deutlich ab; diesehnigweise Oberfläche der ectatischen Lederhautzone schimmert nur ganzmatt durch die noch pigment- und gefässhältige verdünnte Aderhaut durch,sie erscheint überkleidet von einem mehr weniger dichten graubräunlichenoder bräunlichrothen Flor, in welchem sich dunklere wolkige Zeichnungen,öfters auch Haufen schwarzbraunen Pigmentes, ziemlich starke Gefässeaus der Vasculosa und bisweilen kleine Blutextravasate erken
Anatomy section of the eye showing lens, retina, cornea, iris, choroid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/anatomy-section-of-the-eye-showing-lens-retina-cornea-iris-choroid-image476925359.htmlRF2JKWR4F–Anatomy section of the eye showing lens, retina, cornea, iris, choroid.
![Outlines of comparative physiology touching the structure and development of the races of animals, living and extinct : for the use of schools and colleges . a Fig. 336.—An incubated vitellus of the jackdaws egg; A, of the na-tural size ; B, magnified—a, vitellary membrane ; b, b, b, halones ; c,embryo ; d, area pellucida, e, area vasculosa. (^Compare with figs. 330and 333.) 306 EMBETOLOQY.. breadth posteriorly, and terminating in two (fig. 337, d, f) or three (fig. 337, e] crura ; theseare the future great venoustrunks, which as yet are lost in-sensibly in the germinal mem-brane. Even at this Stock Photo](https://c8.alamy.com/comp/2AKCJAX/outlines-of-comparative-physiology-touching-the-structure-and-development-of-the-races-of-animals-living-and-extinct-for-the-use-of-schools-and-colleges-a-fig-336an-incubated-vitellus-of-the-jackdaws-egg-a-of-the-na-tural-size-b-magnifieda-vitellary-membrane-b-b-b-halones-cembryo-d-area-pellucida-e-area-vasculosa-compare-with-figs-330and-333-306-embetoloqy-breadth-posteriorly-and-terminating-in-two-fig-337-d-f-or-three-fig-337-e-crura-theseare-the-future-great-venoustrunks-which-as-yet-are-lost-in-sensibly-in-the-germinal-mem-brane-even-at-this-2AKCJAX.jpg "Outlines of comparative physiology touching the structure and development of the races of animals, living and extinct : for the use of schools and colleges . a Fig. 336.—An incubated vitellus of the jackdaws egg; A, of the na-tural size ; B, magnified—a, vitellary membrane ; b, b, b, halones ; c,embryo ; d, area pellucida, e, area vasculosa. (^Compare with figs. 330and 333.) 306 EMBETOLOQY.. breadth posteriorly, and terminating in two (fig. 337, d, f) or three (fig. 337, e] crura ; theseare the future great venoustrunks, which as yet are lost in-sensibly in the germinal mem-brane. Even at this Stock Photo")
Outlines of comparative physiology touching the structure and development of the races of animals, living and extinct : for the use of schools and colleges . a Fig. 336.—An incubated vitellus of the jackdaws egg; A, of the na-tural size ; B, magnified—a, vitellary membrane ; b, b, b, halones ; c,embryo ; d, area pellucida, e, area vasculosa. (^Compare with figs. 330and 333.) 306 EMBETOLOQY.. breadth posteriorly, and terminating in two (fig. 337, d, f) or three (fig. 337, e] crura ; theseare the future great venoustrunks, which as yet are lost in-sensibly in the germinal mem-brane. Even at this Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/outlines-of-comparative-physiology-touching-the-structure-and-development-of-the-races-of-animals-living-and-extinct-for-the-use-of-schools-and-colleges-a-fig-336an-incubated-vitellus-of-the-jackdaws-egg-a-of-the-na-tural-size-b-magnifieda-vitellary-membrane-b-b-b-halones-cembryo-d-area-pellucida-e-area-vasculosa-compare-with-figs-330and-333-306-embetoloqy-breadth-posteriorly-and-terminating-in-two-fig-337-d-f-or-three-fig-337-e-crura-theseare-the-future-great-venoustrunks-which-as-yet-are-lost-in-sensibly-in-the-germinal-mem-brane-even-at-this-image338953298.htmlRM2AKCJAX–Outlines of comparative physiology touching the structure and development of the races of animals, living and extinct : for the use of schools and colleges . a Fig. 336.—An incubated vitellus of the jackdaws egg; A, of the na-tural size ; B, magnified—a, vitellary membrane ; b, b, b, halones ; c,embryo ; d, area pellucida, e, area vasculosa. (^Compare with figs. 330and 333.) 306 EMBETOLOQY.. breadth posteriorly, and terminating in two (fig. 337, d, f) or three (fig. 337, e] crura ; theseare the future great venoustrunks, which as yet are lost in-sensibly in the germinal mem-brane. Even at this
Sagittal view of the eye anatomy showing lens, retina, cornea, iris, choroid. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/sagittal-view-of-the-eye-anatomy-showing-lens-retina-cornea-iris-choroid-image476925405.htmlRF2JKWR65–Sagittal view of the eye anatomy showing lens, retina, cornea, iris, choroid.
INTRAOCULAR TENSION, ILLUSTRATION Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-intraocular-tension-illustration-130789887.htmlRMHGNYRB–INTRAOCULAR TENSION, ILLUSTRATION
Eye, drawing Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-eye-drawing-70170266.htmlRME24ETX–Eye, drawing
EYE, DRAWING Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eye-drawing-image61051570.htmlRMDF93W6–EYE, DRAWING
INTRAOCULAR TENSION, DRAWING Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-intraocular-tension-drawing-54679362.htmlRMD4XT2A–INTRAOCULAR TENSION, DRAWING
Lehrbuch der praktischen augenheilkunde . r-und Netzhaut, ein Blutextravasat in der Gegend der Macida lutea. Sehnerven-eintritt leicht geröthet. Die helle Fläche des Staphyloms von Resten desPigmentes der Vasculosa zart getäfelt. Die obere äussere Partie des Augen-grundes in Folge von vorgeschrittener Atrophie des Tapetes und der Ader-haut grob getäfelt und stellenweise zwischen den Pigmentflecken die Scleradurchseheinend. An dem Reste des Augengrundes treten die Wirbelgefässeder Chorioidea sehr deutlich heraus. S) Haubenförmiges Staphyloma posticum, partielle Atrophie der Ader-und Netzhaut. D Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/lehrbuch-der-praktischen-augenheilkunde-r-und-netzhaut-ein-blutextravasat-in-der-gegend-der-macida-lutea-sehnerven-eintritt-leicht-gerthet-die-helle-flche-des-staphyloms-von-resten-despigmentes-der-vasculosa-zart-getfelt-die-obere-ussere-partie-des-augen-grundes-in-folge-von-vorgeschrittener-atrophie-des-tapetes-und-der-ader-haut-grob-getfelt-und-stellenweise-zwischen-den-pigmentflecken-die-scleradurchseheinend-an-dem-reste-des-augengrundes-treten-die-wirbelgefsseder-chorioidea-sehr-deutlich-heraus-s-haubenfrmiges-staphyloma-posticum-partielle-atrophie-der-ader-und-netzhaut-d-image338167947.htmlRM2AJ4TJK–Lehrbuch der praktischen augenheilkunde . r-und Netzhaut, ein Blutextravasat in der Gegend der Macida lutea. Sehnerven-eintritt leicht geröthet. Die helle Fläche des Staphyloms von Resten desPigmentes der Vasculosa zart getäfelt. Die obere äussere Partie des Augen-grundes in Folge von vorgeschrittener Atrophie des Tapetes und der Ader-haut grob getäfelt und stellenweise zwischen den Pigmentflecken die Scleradurchseheinend. An dem Reste des Augengrundes treten die Wirbelgefässeder Chorioidea sehr deutlich heraus. S) Haubenförmiges Staphyloma posticum, partielle Atrophie der Ader-und Netzhaut. D
ANATOMY, EYE Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-anatomy-eye-54679363.htmlRMD4XT2B–ANATOMY, EYE
![North American Phylloxerinae affecting Hicoria (Carya) and other trees . 7 salicicola, n. sp 267 spinifera, n. sp 261 spinuloides, n. sp 243, 247 subelliptica 244, 250 symmetrica, n. sp 217, 230, 232 vasculosa, n. var 233 vastatrix 270 Species inhabiting hickory trees. Synoptic table of group I 188 II 216 III 239 IV 243 Species inhabiting other trees 257 [In the reproduction of the plates the original size has been in all cases slightly reduced. This must distinctly be borne in mind when comparing the plates with the explanations.] EXPI^ANATION OF PLATES. PLATE I. Phylloxera c.-septum (Shimer) Stock Photo](https://c8.alamy.com/comp/2AXD3KB/north-american-phylloxerinae-affecting-hicoria-carya-and-other-trees-7-salicicola-n-sp-267-spinifera-n-sp-261-spinuloides-n-sp-243-247-subelliptica-244-250-symmetrica-n-sp-217-230-232-vasculosa-n-var-233-vastatrix-270-species-inhabiting-hickory-trees-synoptic-table-of-group-i-188-ii-216-iii-239-iv-243-species-inhabiting-other-trees-257-in-the-reproduction-of-the-plates-the-original-size-has-been-in-all-cases-slightly-reduced-this-must-distinctly-be-borne-in-mind-when-comparing-the-plates-with-the-explanations-expianation-of-plates-plate-i-phylloxera-c-septum-shimer-2AXD3KB.jpg "North American Phylloxerinae affecting Hicoria (Carya) and other trees . 7 salicicola, n. sp 267 spinifera, n. sp 261 spinuloides, n. sp 243, 247 subelliptica 244, 250 symmetrica, n. sp 217, 230, 232 vasculosa, n. var 233 vastatrix 270 Species inhabiting hickory trees. Synoptic table of group I 188 II 216 III 239 IV 243 Species inhabiting other trees 257 [In the reproduction of the plates the original size has been in all cases slightly reduced. This must distinctly be borne in mind when comparing the plates with the explanations.] EXPI^ANATION OF PLATES. PLATE I. Phylloxera c.-septum (Shimer) Stock Photo")
North American Phylloxerinae affecting Hicoria (Carya) and other trees . 7 salicicola, n. sp 267 spinifera, n. sp 261 spinuloides, n. sp 243, 247 subelliptica 244, 250 symmetrica, n. sp 217, 230, 232 vasculosa, n. var 233 vastatrix 270 Species inhabiting hickory trees. Synoptic table of group I 188 II 216 III 239 IV 243 Species inhabiting other trees 257 [In the reproduction of the plates the original size has been in all cases slightly reduced. This must distinctly be borne in mind when comparing the plates with the explanations.] EXPI^ANATION OF PLATES. PLATE I. Phylloxera c.-septum (Shimer) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/north-american-phylloxerinae-affecting-hicoria-carya-and-other-trees-7-salicicola-n-sp-267-spinifera-n-sp-261-spinuloides-n-sp-243-247-subelliptica-244-250-symmetrica-n-sp-217-230-232-vasculosa-n-var-233-vastatrix-270-species-inhabiting-hickory-trees-synoptic-table-of-group-i-188-ii-216-iii-239-iv-243-species-inhabiting-other-trees-257-in-the-reproduction-of-the-plates-the-original-size-has-been-in-all-cases-slightly-reduced-this-must-distinctly-be-borne-in-mind-when-comparing-the-plates-with-the-explanations-expianation-of-plates-plate-i-phylloxera-c-septum-shimer-image343266319.htmlRM2AXD3KB–North American Phylloxerinae affecting Hicoria (Carya) and other trees . 7 salicicola, n. sp 267 spinifera, n. sp 261 spinuloides, n. sp 243, 247 subelliptica 244, 250 symmetrica, n. sp 217, 230, 232 vasculosa, n. var 233 vastatrix 270 Species inhabiting hickory trees. Synoptic table of group I 188 II 216 III 239 IV 243 Species inhabiting other trees 257 [In the reproduction of the plates the original size has been in all cases slightly reduced. This must distinctly be borne in mind when comparing the plates with the explanations.] EXPI^ANATION OF PLATES. PLATE I. Phylloxera c.-septum (Shimer)
INTRAOCULAR TENSION, DRAWING Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-intraocular-tension-drawing-54679350.htmlRMD4XT1X–INTRAOCULAR TENSION, DRAWING
. Lehrbuch der praktischen Augenheilkunde. asat in der Gegend der Macula lutea. Sehnerven- 886 Kurze Erklärung der Tafeln. eintritt leicht geröthet. Die helle Fläche des Staphyloms von Resten desPigmentes der Vasculosa zart getäfelt. Die obere äussere Partie des Augen-grundes in Folge vorgeschrittener Atrophie des Tapetes und der Ader-haut grob getäfelt und stellenweise zwischen den Pigmentflecken die Scleradurchscheinend. An dem Reste des Augengrundes treten die Wirbelgefässeder Chorioidea sehr deutlich heraus. S) Haubenförmiges Staphyloma posticum, partielle Atrophie der Ader-vnd Netzhaut. D Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/lehrbuch-der-praktischen-augenheilkunde-asat-in-der-gegend-der-macula-lutea-sehnerven-886-kurze-erklrung-der-tafeln-eintritt-leicht-gerthet-die-helle-flche-des-staphyloms-von-resten-despigmentes-der-vasculosa-zart-getfelt-die-obere-ussere-partie-des-augen-grundes-in-folge-vorgeschrittener-atrophie-des-tapetes-und-der-ader-haut-grob-getfelt-und-stellenweise-zwischen-den-pigmentflecken-die-scleradurchscheinend-an-dem-reste-des-augengrundes-treten-die-wirbelgefsseder-chorioidea-sehr-deutlich-heraus-s-haubenfrmiges-staphyloma-posticum-partielle-atrophie-der-ader-vnd-netzhaut-d-image336974329.htmlRM2AG6E5D–. Lehrbuch der praktischen Augenheilkunde. asat in der Gegend der Macula lutea. Sehnerven- 886 Kurze Erklärung der Tafeln. eintritt leicht geröthet. Die helle Fläche des Staphyloms von Resten desPigmentes der Vasculosa zart getäfelt. Die obere äussere Partie des Augen-grundes in Folge vorgeschrittener Atrophie des Tapetes und der Ader-haut grob getäfelt und stellenweise zwischen den Pigmentflecken die Scleradurchscheinend. An dem Reste des Augengrundes treten die Wirbelgefässeder Chorioidea sehr deutlich heraus. S) Haubenförmiges Staphyloma posticum, partielle Atrophie der Ader-vnd Netzhaut. D
ANATOMY, EYE Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-anatomy-eye-54679352.htmlRMD4XT20–ANATOMY, EYE
LENS, DRAWING Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-lens-drawing-48423904.htmlRMCPNW54–LENS, DRAWING
EYE, DRAWING Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-eye-drawing-49264521.htmlRMCT45B5–EYE, DRAWING
SIGHT Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-sight-49280567.htmlRMCT4WT7–SIGHT
. The development of the chick; an introduction to embryology . ed part of the opaque area; appearing first behind the em-bryo, they rapidly differentiate forward opposite the sides ofthe embryo and follow the expansion of the mesoblast. Thisthree-layered portion of the opaque area is known as the vasculararea (area vasculosa) after the appearance of the blood-islands.It soon acquires a very definite peripheral boundary by the forma-tion of the vena (sinus) terminalis at its margin (Fig. 45). Thetwo-layered peripheral portion of the opaque area is known asthe vitelline area (area vitellina), a Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-development-of-the-chick-an-introduction-to-embryology-ed-part-of-the-opaque-area-appearing-first-behind-the-em-bryo-they-rapidly-differentiate-forward-opposite-the-sides-ofthe-embryo-and-follow-the-expansion-of-the-mesoblast-thisthree-layered-portion-of-the-opaque-area-is-known-as-the-vasculararea-area-vasculosa-after-the-appearance-of-the-blood-islandsit-soon-acquires-a-very-definite-peripheral-boundary-by-the-forma-tion-of-the-vena-sinus-terminalis-at-its-margin-fig-45-thetwo-layered-peripheral-portion-of-the-opaque-area-is-known-asthe-vitelline-area-area-vitellina-a-image374669878.htmlRM2CNFK72–. The development of the chick; an introduction to embryology . ed part of the opaque area; appearing first behind the em-bryo, they rapidly differentiate forward opposite the sides ofthe embryo and follow the expansion of the mesoblast. Thisthree-layered portion of the opaque area is known as the vasculararea (area vasculosa) after the appearance of the blood-islands.It soon acquires a very definite peripheral boundary by the forma-tion of the vena (sinus) terminalis at its margin (Fig. 45). Thetwo-layered peripheral portion of the opaque area is known asthe vitelline area (area vitellina), a
SIGHT Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-sight-49280571.htmlRMCT4WTB–SIGHT
Ophthalmology office Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/ophthalmology-office-image407109616.htmlRM2EJ9CD4–Ophthalmology office
. The science and art of midwifery. anches whichare at first limited to the area germinativa by a circular vein, termedthe sinus terminalis. The veins, which return the blood to the embryo,occupy a lower stratum than the arteries, and empty into two shorttrunks, communicating with the auricular extremity of the heart.Subsequently the sinus terminalis disappears, and two arteries, dis-tinguished by their superior size, pass beyond the limit of the areagerminativa, now termed the area vasculosa, to extend over the sur-face of the umbilical vesicle. These vessels are known as the om-phalo-mesente Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-science-and-art-of-midwifery-anches-whichare-at-first-limited-to-the-area-germinativa-by-a-circular-vein-termedthe-sinus-terminalis-the-veins-which-return-the-blood-to-the-embryooccupy-a-lower-stratum-than-the-arteries-and-empty-into-two-shorttrunks-communicating-with-the-auricular-extremity-of-the-heartsubsequently-the-sinus-terminalis-disappears-and-two-arteries-dis-tinguished-by-their-superior-size-pass-beyond-the-limit-of-the-areagerminativa-now-termed-the-area-vasculosa-to-extend-over-the-sur-face-of-the-umbilical-vesicle-these-vessels-are-known-as-the-om-phalo-mesente-image370488857.htmlRM2CEN68W–. The science and art of midwifery. anches whichare at first limited to the area germinativa by a circular vein, termedthe sinus terminalis. The veins, which return the blood to the embryo,occupy a lower stratum than the arteries, and empty into two shorttrunks, communicating with the auricular extremity of the heart.Subsequently the sinus terminalis disappears, and two arteries, dis-tinguished by their superior size, pass beyond the limit of the areagerminativa, now termed the area vasculosa, to extend over the sur-face of the umbilical vesicle. These vessels are known as the om-phalo-mesente
Ophthalmology office Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/ophthalmology-office-image407109608.htmlRM2EJ9CCT–Ophthalmology office
. Text-book of normal histology: including an account of the development of the tissues and of the organs. tinum stoutfibrous septa radiate to the pe-riphery, thus dividing the organinto a number of irregular pyram-idal compartments or lobules,in which the seminiferous tubulesare contained. The tunica albu-ginea consists of a dense fibrousfelt-work of bundles of fibro-elastictissue ; the looser, inner layers sup-port numerous blood-vessels, con-stituting the tunica vasculosa.The outer surface of the albuginea,through the greater part of itsextent, is covered by the viscerallayer of the tunica Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/text-book-of-normal-histology-including-an-account-of-the-development-of-the-tissues-and-of-the-organs-tinum-stoutfibrous-septa-radiate-to-the-pe-riphery-thus-dividing-the-organinto-a-number-of-irregular-pyram-idal-compartments-or-lobulesin-which-the-seminiferous-tubulesare-contained-the-tunica-albu-ginea-consists-of-a-dense-fibrousfelt-work-of-bundles-of-fibro-elastictissue-the-looser-inner-layers-sup-port-numerous-blood-vessels-con-stituting-the-tunica-vasculosathe-outer-surface-of-the-albugineathrough-the-greater-part-of-itsextent-is-covered-by-the-viscerallayer-of-the-tunica-image370380349.htmlRM2CEG7WH–. Text-book of normal histology: including an account of the development of the tissues and of the organs. tinum stoutfibrous septa radiate to the pe-riphery, thus dividing the organinto a number of irregular pyram-idal compartments or lobules,in which the seminiferous tubulesare contained. The tunica albu-ginea consists of a dense fibrousfelt-work of bundles of fibro-elastictissue ; the looser, inner layers sup-port numerous blood-vessels, con-stituting the tunica vasculosa.The outer surface of the albuginea,through the greater part of itsextent, is covered by the viscerallayer of the tunica
Ophthalmology office Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/ophthalmology-office-image407109607.htmlRM2EJ9CCR–Ophthalmology office
. A treatise on practical anatomy: for students of anatomy and surgery . on of the brain and the white,fibrous portion witliin, on which are seen numerous redpoints,—the puncta vasculosa,—which are the minuteblood-vessels of tlie white matter cut across. A sectionthrough the cerebral hemispheres on a level wdth thecorpus callosum is called the centrum ovale majus. Thissection exposes the upper surface of the corpus callosum,which is the great transverse commissure between thetwo cerebral hemispheres. On its upper surface areseen some longitudinal elevations of white fibres calledthe nerves of Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-treatise-on-practical-anatomy-for-students-of-anatomy-and-surgery-on-of-the-brain-and-the-whitefibrous-portion-witliin-on-which-are-seen-numerous-redpointsthe-puncta-vasculosawhich-are-the-minuteblood-vessels-of-tlie-white-matter-cut-across-a-sectionthrough-the-cerebral-hemispheres-on-a-level-wdth-thecorpus-callosum-is-called-the-centrum-ovale-majus-thissection-exposes-the-upper-surface-of-the-corpus-callosumwhich-is-the-great-transverse-commissure-between-thetwo-cerebral-hemispheres-on-its-upper-surface-areseen-some-longitudinal-elevations-of-white-fibres-calledthe-nerves-of-image370094040.htmlRM2CE36M8–. A treatise on practical anatomy: for students of anatomy and surgery . on of the brain and the white,fibrous portion witliin, on which are seen numerous redpoints,—the puncta vasculosa,—which are the minuteblood-vessels of tlie white matter cut across. A sectionthrough the cerebral hemispheres on a level wdth thecorpus callosum is called the centrum ovale majus. Thissection exposes the upper surface of the corpus callosum,which is the great transverse commissure between thetwo cerebral hemispheres. On its upper surface areseen some longitudinal elevations of white fibres calledthe nerves of
Ophthalmology office Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/ophthalmology-office-image407109596.htmlRM2EJ9CCC–Ophthalmology office
. Röntgen ray diagnosis and therapy . Fig. 87.—Spina Bifida (See Fig. 88). the cyst wall cannot be arrested unless immediate and extensiveremoval is undertaken. On the other hand, myelomeningocele and myelocystocele offera less favourable prospect. In these cases the injection treat- ABDOUK.X 135 ment is always a failure. I J in myelomeningocele the nerves arefreely dispersed in the sac, the area medullaris vasculosa, afterbeing circumcised, must be reduced into the vertebral canal, andthe union of the soft tissues above must be reduced in the same. -Spina Bifida, illustrated by Fig. 87, in An Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/rntgen-ray-diagnosis-and-therapy-fig-87spina-bifida-see-fig-88-the-cyst-wall-cannot-be-arrested-unless-immediate-and-extensiveremoval-is-undertaken-on-the-other-hand-myelomeningocele-and-myelocystocele-offera-less-favourable-prospect-in-these-cases-the-injection-treat-abdoukx-135-ment-is-always-a-failure-i-j-in-myelomeningocele-the-nerves-arefreely-dispersed-in-the-sac-the-area-medullaris-vasculosa-afterbeing-circumcised-must-be-reduced-into-the-vertebral-canal-andthe-union-of-the-soft-tissues-above-must-be-reduced-in-the-same-spina-bifida-illustrated-by-fig-87-in-an-image375991368.htmlRM2CRKTR4–. Röntgen ray diagnosis and therapy . Fig. 87.—Spina Bifida (See Fig. 88). the cyst wall cannot be arrested unless immediate and extensiveremoval is undertaken. On the other hand, myelomeningocele and myelocystocele offera less favourable prospect. In these cases the injection treat- ABDOUK.X 135 ment is always a failure. I J in myelomeningocele the nerves arefreely dispersed in the sac, the area medullaris vasculosa, afterbeing circumcised, must be reduced into the vertebral canal, andthe union of the soft tissues above must be reduced in the same. -Spina Bifida, illustrated by Fig. 87, in An
Ophthalmology office Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/ophthalmology-office-image407109605.htmlRM2EJ9CCN–Ophthalmology office
. Transactions . Longitudinal section ot ihf uplic nerve, higii power,showing absence of axis cylinders from the nerve. 158 DISEASES OF THE EETINA AND CHOROID. upper part of the spinal cord being absent. But therewas a small amount of substantia-medullo-vasculosa ofRecklinghausen. No olfactory nerve could be found. Theeyes were enucleated and placed in hardening solutions,and the optic nerves, which Avere small in size, were tracedto the optic foramina, where they became lost in the duramater in a similar way to the spinal, accessory, and hypo-glossal nerve sheaths. No trace of any intra-crani Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/transactions-longitudinal-section-ot-ihf-uplic-nerve-higii-powershowing-absence-of-axis-cylinders-from-the-nerve-158-diseases-of-the-eetina-and-choroid-upper-part-of-the-spinal-cord-being-absent-but-therewas-a-small-amount-of-substantia-medullo-vasculosa-ofrecklinghausen-no-olfactory-nerve-could-be-found-theeyes-were-enucleated-and-placed-in-hardening-solutionsand-the-optic-nerves-which-avere-small-in-size-were-tracedto-the-optic-foramina-where-they-became-lost-in-the-duramater-in-a-similar-way-to-the-spinal-accessory-and-hypo-glossal-nerve-sheaths-no-trace-of-any-intra-crani-image369595638.htmlRM2CD8F06–. Transactions . Longitudinal section ot ihf uplic nerve, higii power,showing absence of axis cylinders from the nerve. 158 DISEASES OF THE EETINA AND CHOROID. upper part of the spinal cord being absent. But therewas a small amount of substantia-medullo-vasculosa ofRecklinghausen. No olfactory nerve could be found. Theeyes were enucleated and placed in hardening solutions,and the optic nerves, which Avere small in size, were tracedto the optic foramina, where they became lost in the duramater in a similar way to the spinal, accessory, and hypo-glossal nerve sheaths. No trace of any intra-crani
Ophthalmology office Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/ophthalmology-office-image407109587.htmlRM2EJ9CC3–Ophthalmology office
By looking through a patient's enlarged pupil during a dilated eye exam, eye care professionals can view the retina, the postage stamp-sized tissue that lines the back of the eye. inner eye and look for irregularities that may signal the development of vision loss. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/by-looking-through-a-patients-enlarged-pupil-during-a-dilated-eye-exam-eye-care-professionals-can-view-the-retina-the-postage-stamp-sized-tissue-that-lines-the-back-of-the-eye-inner-eye-and-look-for-irregularities-that-may-signal-the-development-of-vision-loss-image476707066.htmlRM2JKFTMA–By looking through a patient's enlarged pupil during a dilated eye exam, eye care professionals can view the retina, the postage stamp-sized tissue that lines the back of the eye. inner eye and look for irregularities that may signal the development of vision loss.
. A text-book of comparative physiology for students and practitioners of comparative (veterinary) medicine . re prominent and persistent the yelk-sac, the less so Fig. 80.—Diagrammatic dorsal view of an embryo rab-bit with its membranes at the stage of nine so-mites (Hadclon, after Van Beneden and Julin).aly allantois, showing from behind the tail foldof the embryo; am, anterior border of true am-nion ; a. v, area vasculosa, the outer border ofwhich indicates the farthest extension of themesoblast; hi, blastoderm, here consisting only ofepiblast and hypoblast; o. m. v, omphalomesen-teric or v Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-text-book-of-comparative-physiology-for-students-and-practitioners-of-comparative-veterinary-medicine-re-prominent-and-persistent-the-yelk-sac-the-less-so-fig-80diagrammatic-dorsal-view-of-an-embryo-rab-bit-with-its-membranes-at-the-stage-of-nine-so-mites-hadclon-after-van-beneden-and-julinaly-allantois-showing-from-behind-the-tail-foldof-the-embryo-am-anterior-border-of-true-am-nion-a-v-area-vasculosa-the-outer-border-ofwhich-indicates-the-farthest-extension-of-themesoblast-hi-blastoderm-here-consisting-only-ofepiblast-and-hypoblast-o-m-v-omphalomesen-teric-or-v-image372599408.htmlRM2CJ5A9M–. A text-book of comparative physiology for students and practitioners of comparative (veterinary) medicine . re prominent and persistent the yelk-sac, the less so Fig. 80.—Diagrammatic dorsal view of an embryo rab-bit with its membranes at the stage of nine so-mites (Hadclon, after Van Beneden and Julin).aly allantois, showing from behind the tail foldof the embryo; am, anterior border of true am-nion ; a. v, area vasculosa, the outer border ofwhich indicates the farthest extension of themesoblast; hi, blastoderm, here consisting only ofepiblast and hypoblast; o. m. v, omphalomesen-teric or v
Retina Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/retina-image338279358.htmlRM2AJ9XNJ–Retina
. The development of the chick; an introduction to embryology . ). The development of the embryo (hiring thesame period is inchoated in the same hgiires.. Fig. 32. — A. Hens egg at about the twenty-sixth hour of incubation, toshow the zones of the lilastoderni antl tlie orientation of the embryo withreference to the axis of the shell. (After Duval.)B. Yolk of hens egg incubated about 50 hours to show the extent ofovergrowth of the blastoderm. (After Duval.) A. C, Air chamber, a. >., Area pellucida. a. v., Area vasculosa. a. v. e.,Area vitellina externa, a. v. L, Area vitellina interna. Y., Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-development-of-the-chick-an-introduction-to-embryology-the-development-of-the-embryo-hiring-thesame-period-is-inchoated-in-the-same-hgiires-fig-32-a-hens-egg-at-about-the-twenty-sixth-hour-of-incubation-toshow-the-zones-of-the-lilastoderni-antl-tlie-orientation-of-the-embryo-withreference-to-the-axis-of-the-shell-after-duvalb-yolk-of-hens-egg-incubated-about-50-hours-to-show-the-extent-ofovergrowth-of-the-blastoderm-after-duval-a-c-air-chamber-a-gt-area-pellucida-a-v-area-vasculosa-a-v-earea-vitellina-externa-a-v-l-area-vitellina-interna-y-image375414631.htmlRM2CPNH5B–. The development of the chick; an introduction to embryology . ). The development of the embryo (hiring thesame period is inchoated in the same hgiires.. Fig. 32. — A. Hens egg at about the twenty-sixth hour of incubation, toshow the zones of the lilastoderni antl tlie orientation of the embryo withreference to the axis of the shell. (After Duval.)B. Yolk of hens egg incubated about 50 hours to show the extent ofovergrowth of the blastoderm. (After Duval.) A. C, Air chamber, a. >., Area pellucida. a. v., Area vasculosa. a. v. e.,Area vitellina externa, a. v. L, Area vitellina interna. Y.,
Anatomie de l'oeil. Coupe de l'oeil montrant les principales structures de l'oeil avec, en avant (gauche) la cornée, en arrière la sclérotique. La cornée à travers laquelle on voit l'iris; derrière l'iris le cristallin relié au procès ciliaire par les fibres zonulaires. En arrière la cavité vitrée au centre. La paroi interne de l'oeil est recouverte par la rétine (jaune) et la choroïde qui repose sur la sclérotique. à l'opposé de la cornée, le nerf optique avec l'artère centrale de la rétine dont les vaisseaux encadrent la macula (zone rougeâtre à gauche du nerf optique Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/anatomie-de-loeil-coupe-de-loeil-montrant-les-principales-structures-de-loeil-avec-en-avant-gauche-la-corne-en-arrire-la-sclrotique-la-corne-travers-laquelle-on-voit-liris-derrire-liris-le-cristallin-reli-au-procs-ciliaire-par-les-fibres-zonulaires-en-arrire-la-cavit-vitre-au-centre-la-paroi-interne-de-loeil-est-recouverte-par-la-rtine-jaune-et-la-chorode-qui-repose-sur-la-sclrotique-loppos-de-la-corne-le-nerf-optique-avec-lartre-centrale-de-la-rtine-dont-les-vaisseaux-encadrent-la-macula-zone-rougetre-gauche-du-nerf-optique-image338279329.htmlRM2AJ9XMH–Anatomie de l'oeil. Coupe de l'oeil montrant les principales structures de l'oeil avec, en avant (gauche) la cornée, en arrière la sclérotique. La cornée à travers laquelle on voit l'iris; derrière l'iris le cristallin relié au procès ciliaire par les fibres zonulaires. En arrière la cavité vitrée au centre. La paroi interne de l'oeil est recouverte par la rétine (jaune) et la choroïde qui repose sur la sclérotique. à l'opposé de la cornée, le nerf optique avec l'artère centrale de la rétine dont les vaisseaux encadrent la macula (zone rougeâtre à gauche du nerf optique
. A text-book on physiology : for the use of schools and colleges : being an abridgment of the author's larger work on human physiology. 348 THE CEEEBKO-SPINAL AXIS. The germinal area by degrees loses its circular formand becomes oval, its central portions clearing off andgiving rise to the area pellucida. Around this the opac-ity is increased, and in it blood-vessels appear; hence tothis dark circle the designation of area vasculosa is ap-plied. In the pellucid zone is next seen a delicate line,the primitive groove, Fig. 138: a, area pellucida; 5, Fig. 138.. The primitive groove, magnified S Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-text-book-on-physiology-for-the-use-of-schools-and-colleges-being-an-abridgment-of-the-authors-larger-work-on-human-physiology-348-the-ceeebko-spinal-axis-the-germinal-area-by-degrees-loses-its-circular-formand-becomes-oval-its-central-portions-clearing-off-andgiving-rise-to-the-area-pellucida-around-this-the-opac-ity-is-increased-and-in-it-blood-vessels-appear-hence-tothis-dark-circle-the-designation-of-area-vasculosa-is-ap-plied-in-the-pellucid-zone-is-next-seen-a-delicate-linethe-primitive-groove-fig-138-a-area-pellucida-5-fig-138-the-primitive-groove-magnified-s-image370643975.htmlRM2CF084R–. A text-book on physiology : for the use of schools and colleges : being an abridgment of the author's larger work on human physiology. 348 THE CEEEBKO-SPINAL AXIS. The germinal area by degrees loses its circular formand becomes oval, its central portions clearing off andgiving rise to the area pellucida. Around this the opac-ity is increased, and in it blood-vessels appear; hence tothis dark circle the designation of area vasculosa is ap-plied. In the pellucid zone is next seen a delicate line,the primitive groove, Fig. 138: a, area pellucida; 5, Fig. 138.. The primitive groove, magnified S
The eye Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-eye-image338279337.htmlRM2AJ9XMW–The eye
. Chemical embryology. Embryology. PLATE VII I.XVI- lu Ouc XVI.. ILLUSTRATIONS FROM MALPIGHI'S DE OVO INCUBATO OF 1672 Showing the early stages of the development of the chick, somites, area vasculosa, etc.. 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.. Needham, Joseph, 1900-. New York: The MacMillan Co. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/chemical-embryology-embryology-plate-vii-ixvi-lu-ouc-xvi-illustrations-from-malpighis-de-ovo-incubato-of-1672-showing-the-early-stages-of-the-development-of-the-chick-somites-area-vasculosa-etc-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-needham-joseph-1900-new-york-the-macmillan-co-image234989608.htmlRMRJ8KJ0–. Chemical embryology. Embryology. PLATE VII I.XVI- lu Ouc XVI.. ILLUSTRATIONS FROM MALPIGHI'S DE OVO INCUBATO OF 1672 Showing the early stages of the development of the chick, somites, area vasculosa, etc.. 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.. Needham, Joseph, 1900-. New York: The MacMillan Co.
Eye Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/eye-image338279340.htmlRM2AJ9XN0–Eye
EYE, DRAWING Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-eye-drawing-49249385.htmlRMCT3E2H–EYE, DRAWING
Confocal microscope image of laser-induced choroidal neovascular complex (CNV) 14 days after laser injury. RPE-choroid flat mount (brown brown rat). The IB4 lectin (red) labels endothelial cells in the CNV complex. Phalloidin (green) labels f-actin in RPE junctional complexes and stress fibers. Cell nuclei are labeled with DAPI (blue). Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/confocal-microscope-image-of-laser-induced-choroidal-neovascular-complex-cnv-14-days-after-laser-injury-rpe-choroid-flat-mount-brown-brown-rat-the-ib4-lectin-red-labels-endothelial-cells-in-the-cnv-complex-phalloidin-green-labels-f-actin-in-rpe-junctional-complexes-and-stress-fibers-cell-nuclei-are-labeled-with-dapi-blue-image476706764.htmlRM2JKFT9G–Confocal microscope image of laser-induced choroidal neovascular complex (CNV) 14 days after laser injury. RPE-choroid flat mount (brown brown rat). The IB4 lectin (red) labels endothelial cells in the CNV complex. Phalloidin (green) labels f-actin in RPE junctional complexes and stress fibers. Cell nuclei are labeled with DAPI (blue).
EYE, DRAWING Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-eye-drawing-49249402.htmlRMCT3E36–EYE, DRAWING
. A laboratory manual and text-book of embryology. Embryology. 256 THE DEVELOPMENT OF THE VASCULAR SYSTEM methods. He believes that Mollier and Tursting have overlooked the angioblast cords between the capillary spaces and have thus described them as vascular anlages independent of the extraembryonic plexus. It thus seems probable that the endothelium of the primitive heart and ves- sels has a common origin from the endothelial cells of the area vasculosa. After the development of the endocardium and primitive aortas it is certain that most other vascular trunks are formed first as capillary p Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-laboratory-manual-and-text-book-of-embryology-embryology-256-the-development-of-the-vascular-system-methods-he-believes-that-mollier-and-tursting-have-overlooked-the-angioblast-cords-between-the-capillary-spaces-and-have-thus-described-them-as-vascular-anlages-independent-of-the-extraembryonic-plexus-it-thus-seems-probable-that-the-endothelium-of-the-primitive-heart-and-ves-sels-has-a-common-origin-from-the-endothelial-cells-of-the-area-vasculosa-after-the-development-of-the-endocardium-and-primitive-aortas-it-is-certain-that-most-other-vascular-trunks-are-formed-first-as-capillary-p-image232344831.htmlRMRE065K–. A laboratory manual and text-book of embryology. Embryology. 256 THE DEVELOPMENT OF THE VASCULAR SYSTEM methods. He believes that Mollier and Tursting have overlooked the angioblast cords between the capillary spaces and have thus described them as vascular anlages independent of the extraembryonic plexus. It thus seems probable that the endothelium of the primitive heart and ves- sels has a common origin from the endothelial cells of the area vasculosa. After the development of the endocardium and primitive aortas it is certain that most other vascular trunks are formed first as capillary p
EYE, DRAWING Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-eye-drawing-49249406.htmlRMCT3E3A–EYE, DRAWING
![. Elementary anatomy and physiology : for colleges, academies, and other schools. Anatomy; Physiology. 320 HITCHCOCK'S ANATOMY weight of the Cerebrum, and lies directly behind and be- neath it. The Lateral Ventricles of the Cerebrum. 1, 1, The two Hemi- spheres cut down to a level with the Corpus Callosum, so as to show the Centrum Ovale Majus. The Surface is studded with the small Puncta Vasculosa. 2, A smair portion of the Anterior Ex" tremity of the Corpus Callosum. 3, Its Posterior Boundary; the in- termediate portion, forming the Roof of the Lateral Ventricles, has been removed so as Stock Photo](https://c8.alamy.com/comp/RD3HDT/elementary-anatomy-and-physiology-for-colleges-academies-and-other-schools-anatomy-physiology-320-hitchcocks-anatomy-weight-of-the-cerebrum-and-lies-directly-behind-and-be-neath-it-the-lateral-ventricles-of-the-cerebrum-1-1-the-two-hemi-spheres-cut-down-to-a-level-with-the-corpus-callosum-so-as-to-show-the-centrum-ovale-majus-the-surface-is-studded-with-the-small-puncta-vasculosa-2-a-smair-portion-of-the-anterior-exquot-tremity-of-the-corpus-callosum-3-its-posterior-boundary-the-in-termediate-portion-forming-the-roof-of-the-lateral-ventricles-has-been-removed-so-as-RD3HDT.jpg ". Elementary anatomy and physiology : for colleges, academies, and other schools. Anatomy; Physiology. 320 HITCHCOCK'S ANATOMY weight of the Cerebrum, and lies directly behind and be- neath it. The Lateral Ventricles of the Cerebrum. 1, 1, The two Hemi- spheres cut down to a level with the Corpus Callosum, so as to show the Centrum Ovale Majus. The Surface is studded with the small Puncta Vasculosa. 2, A smair portion of the Anterior Ex" tremity of the Corpus Callosum. 3, Its Posterior Boundary; the in- termediate portion, forming the Roof of the Lateral Ventricles, has been removed so as Stock Photo")
. Elementary anatomy and physiology : for colleges, academies, and other schools. Anatomy; Physiology. 320 HITCHCOCK'S ANATOMY weight of the Cerebrum, and lies directly behind and be- neath it. The Lateral Ventricles of the Cerebrum. 1, 1, The two Hemi- spheres cut down to a level with the Corpus Callosum, so as to show the Centrum Ovale Majus. The Surface is studded with the small Puncta Vasculosa. 2, A smair portion of the Anterior Ex" tremity of the Corpus Callosum. 3, Its Posterior Boundary; the in- termediate portion, forming the Roof of the Lateral Ventricles, has been removed so as Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elementary-anatomy-and-physiology-for-colleges-academies-and-other-schools-anatomy-physiology-320-hitchcocks-anatomy-weight-of-the-cerebrum-and-lies-directly-behind-and-be-neath-it-the-lateral-ventricles-of-the-cerebrum-1-1-the-two-hemi-spheres-cut-down-to-a-level-with-the-corpus-callosum-so-as-to-show-the-centrum-ovale-majus-the-surface-is-studded-with-the-small-puncta-vasculosa-2-a-smair-portion-of-the-anterior-exquot-tremity-of-the-corpus-callosum-3-its-posterior-boundary-the-in-termediate-portion-forming-the-roof-of-the-lateral-ventricles-has-been-removed-so-as-image231804884.htmlRMRD3HDT–. Elementary anatomy and physiology : for colleges, academies, and other schools. Anatomy; Physiology. 320 HITCHCOCK'S ANATOMY weight of the Cerebrum, and lies directly behind and be- neath it. The Lateral Ventricles of the Cerebrum. 1, 1, The two Hemi- spheres cut down to a level with the Corpus Callosum, so as to show the Centrum Ovale Majus. The Surface is studded with the small Puncta Vasculosa. 2, A smair portion of the Anterior Ex" tremity of the Corpus Callosum. 3, Its Posterior Boundary; the in- termediate portion, forming the Roof of the Lateral Ventricles, has been removed so as
EYE, DRAWING Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-eye-drawing-49249401.htmlRMCT3E35–EYE, DRAWING
SIGHT Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-sight-49280566.htmlRMCT4WT6–SIGHT
LENS IMPLANT Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-lens-implant-48417759.htmlRMCPNH9K–LENS IMPLANT
UVEITIS Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-uveitis-49156794.htmlRMCRY7YP–UVEITIS
EYE, DRAWING Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-eye-drawing-49171701.htmlRMCRYY05–EYE, DRAWING
EYE, DRAWING Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-eye-drawing-49159642.htmlRMCRYBHE–EYE, DRAWING
. The physiology of reproduction. Reproduction. FCETAL NUTRITION: THE PLACENTA 381 bathed by tbe uterine secretion after the disappearance of the prochorion. In the non-vascular part it is probably trans- mitted through the hypoblast cells to the yolk-sac, whence, in turn, it reaches the embryo either by the viteUine vessels or the developing ahmentary canal. In the vascular part the same may occur, or the nutriment may be conveyed to the embryo directly by the vessels of the area vasculosa. It is in this region that the fcjetal circulation is brought close to the maternal, and gaseous exchang Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-physiology-of-reproduction-reproduction-fcetal-nutrition-the-placenta-381-bathed-by-tbe-uterine-secretion-after-the-disappearance-of-the-prochorion-in-the-non-vascular-part-it-is-probably-trans-mitted-through-the-hypoblast-cells-to-the-yolk-sac-whence-in-turn-it-reaches-the-embryo-either-by-the-viteuine-vessels-or-the-developing-ahmentary-canal-in-the-vascular-part-the-same-may-occur-or-the-nutriment-may-be-conveyed-to-the-embryo-directly-by-the-vessels-of-the-area-vasculosa-it-is-in-this-region-that-the-fcjetal-circulation-is-brought-close-to-the-maternal-and-gaseous-exchang-image232371991.htmlRMRE1CRK–. The physiology of reproduction. Reproduction. FCETAL NUTRITION: THE PLACENTA 381 bathed by tbe uterine secretion after the disappearance of the prochorion. In the non-vascular part it is probably trans- mitted through the hypoblast cells to the yolk-sac, whence, in turn, it reaches the embryo either by the viteUine vessels or the developing ahmentary canal. In the vascular part the same may occur, or the nutriment may be conveyed to the embryo directly by the vessels of the area vasculosa. It is in this region that the fcjetal circulation is brought close to the maternal, and gaseous exchang
EYE, DRAWING Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-eye-drawing-49159645.htmlRMCRYBHH–EYE, DRAWING
EYE, DRAWING Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-eye-drawing-49166628.htmlRMCRYMF0–EYE, DRAWING
. Biology of the vertebrates : a comparative study of man and his animal allies. Vertebrates; Vertebrates -- Anatomy; Anatomy, Comparative. Biology of the Vertebrates alkalis, or even cooking, does not destroy it, and it is quite possible to pick a splinter off its exposed surface without serious injury. The middle pigmented layer, or tunica vasculosa, provides a place for nutritive blood vessels, while the inside double retinal layer is sensory3 con- taining among other elements the rods and cones that constitute the essential photoreceptive cells, to which all the other parts of the complica Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/biology-of-the-vertebrates-a-comparative-study-of-man-and-his-animal-allies-vertebrates-vertebrates-anatomy-anatomy-comparative-biology-of-the-vertebrates-alkalis-or-even-cooking-does-not-destroy-it-and-it-is-quite-possible-to-pick-a-splinter-off-its-exposed-surface-without-serious-injury-the-middle-pigmented-layer-or-tunica-vasculosa-provides-a-place-for-nutritive-blood-vessels-while-the-inside-double-retinal-layer-is-sensory3-con-taining-among-other-elements-the-rods-and-cones-that-constitute-the-essential-photoreceptive-cells-to-which-all-the-other-parts-of-the-complica-image234593000.htmlRMRHJHNC–. Biology of the vertebrates : a comparative study of man and his animal allies. Vertebrates; Vertebrates -- Anatomy; Anatomy, Comparative. Biology of the Vertebrates alkalis, or even cooking, does not destroy it, and it is quite possible to pick a splinter off its exposed surface without serious injury. The middle pigmented layer, or tunica vasculosa, provides a place for nutritive blood vessels, while the inside double retinal layer is sensory3 con- taining among other elements the rods and cones that constitute the essential photoreceptive cells, to which all the other parts of the complica
. The anatomical record. Anatomy; Anatomy. 270 G. B. WISLOCKI of the cytoplasm of the yolk-sac epithelium is visible. The dye enters the epithelium most abundantly in the region of the area vasculosa, where the wall of the yolk-sac is thrown into numerous folds covered by large columnar cells which possess swollen ends and the cytoplasm of which is closelj^ filled with droplets of yellow substance.. Fig. 2 I'liotoniicrograph of the wall of the yolk-sac of a thirtoon-day chick, showing a portion of the area vasculosa. A group of cellswhich ingest vital dye (a) is seen adjacent to a blood vessel Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-anatomical-record-anatomy-anatomy-270-g-b-wislocki-of-the-cytoplasm-of-the-yolk-sac-epithelium-is-visible-the-dye-enters-the-epithelium-most-abundantly-in-the-region-of-the-area-vasculosa-where-the-wall-of-the-yolk-sac-is-thrown-into-numerous-folds-covered-by-large-columnar-cells-which-possess-swollen-ends-and-the-cytoplasm-of-which-is-closelj-filled-with-droplets-of-yellow-substance-fig-2-iliotoniicrograph-of-the-wall-of-the-yolk-sac-of-a-thirtoon-day-chick-showing-a-portion-of-the-area-vasculosa-a-group-of-cellswhich-ingest-vital-dye-a-is-seen-adjacent-to-a-blood-vessel-image236862689.htmlRMRNA0NN–. The anatomical record. Anatomy; Anatomy. 270 G. B. WISLOCKI of the cytoplasm of the yolk-sac epithelium is visible. The dye enters the epithelium most abundantly in the region of the area vasculosa, where the wall of the yolk-sac is thrown into numerous folds covered by large columnar cells which possess swollen ends and the cytoplasm of which is closelj^ filled with droplets of yellow substance.. Fig. 2 I'liotoniicrograph of the wall of the yolk-sac of a thirtoon-day chick, showing a portion of the area vasculosa. A group of cellswhich ingest vital dye (a) is seen adjacent to a blood vessel
Search Results for Vasculosa Stock Photos and Images (134)
Page 1 of 2