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Muscle tissue. Close-up of skeletal muscle in biceps, cardiac muscle in heart, and smooth muscle in small intestine and colon. Myocytes. Vector Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/muscle-tissue-close-up-of-skeletal-muscle-in-biceps-cardiac-muscle-in-heart-and-smooth-muscle-in-small-intestine-and-colon-myocytes-vector-image611894057.html
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Color print depicting the external muscles of the human heart, from the front (B) with close-ups illustrating a smooth muscle fiber, with a nucleated cell at its center (E) and a striped muscle fiber, with a nerve entrance (C) from Florence Fenwick Miller's medical volume 'An Atlas of Anatomy: or Pictures of the Human Body', 1879. Courtesy Internet Archive. () Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/color-print-depicting-the-external-muscles-of-the-human-heart-from-the-front-b-with-close-ups-illustrating-a-smooth-muscle-fiber-with-a-nucleated-cell-at-its-center-e-and-a-striped-muscle-fiber-with-a-nerve-entrance-c-from-florence-fenwick-millers-medical-volume-an-atlas-of-anatomy-or-pictures-of-the-human-body-1879-courtesy-internet-archive-image245271197.html
RMT711WH–Color print depicting the external muscles of the human heart, from the front (B) with close-ups illustrating a smooth muscle fiber, with a nucleated cell at its center (E) and a striped muscle fiber, with a nerve entrance (C) from Florence Fenwick Miller's medical volume 'An Atlas of Anatomy: or Pictures of the Human Body', 1879. Courtesy Internet Archive. ()
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. The American journal of roentgenology, radium therapy and nuclear medicine . Fk;. 3. Normal Colon. Plate made lollowini.enema. a harium. OLON. Plate made twenty-foui- hoursafter a barium meal. allv suhmucosa and serosa. There is com-plete aljsence of smooth muscle-fiber. Insome of the larger diverticula the lining ofepithelium is more or less obliterated, dueto the continued pressure of the fecal con-tents. There is no obvious reason for believ-ing that the formation of a simple colondiverticulum will necessarily be the sourceof symptoms. In fact, we frecpiently findevidence of diverticula o Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-american-journal-of-roentgenology-radium-therapy-and-nuclear-medicine-fk-3-normal-colon-plate-made-lollowinienema-a-harium-olon-plate-made-twenty-foui-hoursafter-a-barium-meal-allv-suhmucosa-and-serosa-there-is-com-plete-aljsence-of-smooth-muscle-fiber-insome-of-the-larger-diverticula-the-lining-ofepithelium-is-more-or-less-obliterated-dueto-the-continued-pressure-of-the-fecal-con-tents-there-is-no-obvious-reason-for-believ-ing-that-the-formation-of-a-simple-colondiverticulum-will-necessarily-be-the-sourceof-symptoms-in-fact-we-frecpiently-findevidence-of-diverticula-o-image376043470.html
RM2CRP77X–. The American journal of roentgenology, radium therapy and nuclear medicine . Fk;. 3. Normal Colon. Plate made lollowini.enema. a harium. OLON. Plate made twenty-foui- hoursafter a barium meal. allv suhmucosa and serosa. There is com-plete aljsence of smooth muscle-fiber. Insome of the larger diverticula the lining ofepithelium is more or less obliterated, dueto the continued pressure of the fecal con-tents. There is no obvious reason for believ-ing that the formation of a simple colondiverticulum will necessarily be the sourceof symptoms. In fact, we frecpiently findevidence of diverticula o
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Elementary anatomy and physiology : for colleges, academies, and other schools elementaryanato00hitc Year: 1869 J3 Hitchcock's anatomy Fig. 21. an inch in diameter, less often than the blood cor- puscles. In some other animals they are larger, as may be seen in the capillary plexus of a frog's foot, shown in Fig. 9. The lymphatics abound with valves, <*s may be seen in Fig. 21. 6. Muscular Tissue. 74. Striped and Smooth Muscle.—This tissue is made up of two forms of fiber, the striped and unstriped. The stripes in the first form run both transversely and longitudinally, as may be seen Pig Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elementary-anatomy-and-physiology-for-colleges-academies-and-other-schools-elementaryanato00hitc-year-1869-j3-hitchcocks-anatomy-fig-21-an-inch-in-diameter-less-often-than-the-blood-cor-puscles-in-some-other-animals-they-are-larger-as-may-be-seen-in-the-capillary-plexus-of-a-frogs-foot-shown-in-fig-9-the-lymphatics-abound-with-valves-lts-may-be-seen-in-fig-21-6-muscular-tissue-74-striped-and-smooth-musclethis-tissue-is-made-up-of-two-forms-of-fiber-the-striped-and-unstriped-the-stripes-in-the-first-form-run-both-transversely-and-longitudinally-as-may-be-seen-pig-image240684435.html
RMRYG3CK–Elementary anatomy and physiology : for colleges, academies, and other schools elementaryanato00hitc Year: 1869 J3 Hitchcock's anatomy Fig. 21. an inch in diameter, less often than the blood cor- puscles. In some other animals they are larger, as may be seen in the capillary plexus of a frog's foot, shown in Fig. 9. The lymphatics abound with valves, <*s may be seen in Fig. 21. 6. Muscular Tissue. 74. Striped and Smooth Muscle.—This tissue is made up of two forms of fiber, the striped and unstriped. The stripes in the first form run both transversely and longitudinally, as may be seen Pig
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Transactions . Fig. 7.—Vessel of angioma replacingstriated muscle fiber. Proliferation of en-domysium of muscle fiber and complete ob-literation of lumen of vessel by endothelialproliferation. Mag. .x-388.. Fig. 8.—Excessive proliferation of in-tima in blood vessel of angioma. The newtissue is composed of fibroglia intermingledwith elastic fibers. The elastic tissue isespecially abundant at the periphery. Dif-ferential elastic tissue stain. Mag. x-105. QuACKEXBOSS: Angiouia of tJic Orbit. ^i/ tissue being represented by proliferated neuroglia. No fibrogliaor smooth muscle fibres are present. F Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/transactions-fig-7vessel-of-angioma-replacingstriated-muscle-fiber-proliferation-of-en-domysium-of-muscle-fiber-and-complete-ob-literation-of-lumen-of-vessel-by-endothelialproliferation-mag-x-388-fig-8excessive-proliferation-of-in-tima-in-blood-vessel-of-angioma-the-newtissue-is-composed-of-fibroglia-intermingledwith-elastic-fibers-the-elastic-tissue-isespecially-abundant-at-the-periphery-dif-ferential-elastic-tissue-stain-mag-x-105-quackexboss-angiouia-of-tjic-orbit-i-tissue-being-represented-by-proliferated-neuroglia-no-fibrogliaor-smooth-muscle-fibres-are-present-f-image339139769.html
RM2AKN46H–Transactions . Fig. 7.—Vessel of angioma replacingstriated muscle fiber. Proliferation of en-domysium of muscle fiber and complete ob-literation of lumen of vessel by endothelialproliferation. Mag. .x-388.. Fig. 8.—Excessive proliferation of in-tima in blood vessel of angioma. The newtissue is composed of fibroglia intermingledwith elastic fibers. The elastic tissue isespecially abundant at the periphery. Dif-ferential elastic tissue stain. Mag. x-105. QuACKEXBOSS: Angiouia of tJic Orbit. ^i/ tissue being represented by proliferated neuroglia. No fibrogliaor smooth muscle fibres are present. F
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A manual of anatomy . fl c- h. D Fig. 115.—A, Longitudinal section of smooth muscle fibers, a. Muscle fiber; 6. nucleus; c, fibrous tissue between fibers. B, Cross-section of smooth muscle fibers, a. Perimysialconnective tissue; 6, blood-vessel; c, nucleated fiber; d, nonnucleated fiber. C, Longitud-inal section of voluntary muscle fibers, a, Sarcolemma; b, nucleus; c, end of muscle fiber; d, dark bands; e, intermediate disc;/, nucleus; g, lateral disc. D, Diagrammatic section ofcross and long striations. a. Dark disc; h, lateral discs; c, intermediate disc. £, Cross-section of voluntary muscl Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-anatomy-fl-c-h-d-fig-115a-longitudinal-section-of-smooth-muscle-fibers-a-muscle-fiber-6-nucleus-c-fibrous-tissue-between-fibers-b-cross-section-of-smooth-muscle-fibers-a-perimysialconnective-tissue-6-blood-vessel-c-nucleated-fiber-d-nonnucleated-fiber-c-longitud-inal-section-of-voluntary-muscle-fibers-a-sarcolemma-b-nucleus-c-end-of-muscle-fiber-d-dark-bands-e-intermediate-disc-nucleus-g-lateral-disc-d-diagrammatic-section-ofcross-and-long-striations-a-dark-disc-h-lateral-discs-c-intermediate-disc-cross-section-of-voluntary-muscl-image343367562.html
RM2AXHMR6–A manual of anatomy . fl c- h. D Fig. 115.—A, Longitudinal section of smooth muscle fibers, a. Muscle fiber; 6. nucleus; c, fibrous tissue between fibers. B, Cross-section of smooth muscle fibers, a. Perimysialconnective tissue; 6, blood-vessel; c, nucleated fiber; d, nonnucleated fiber. C, Longitud-inal section of voluntary muscle fibers, a, Sarcolemma; b, nucleus; c, end of muscle fiber; d, dark bands; e, intermediate disc;/, nucleus; g, lateral disc. D, Diagrammatic section ofcross and long striations. a. Dark disc; h, lateral discs; c, intermediate disc. £, Cross-section of voluntary muscl
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. Physiology, experimental and descriptive . Isolated Fibers Fibers Joined Fig. 24. Plain (Unstriated) Mus-cular Fibers from the Bladder. ACTION OF SHALL ARTERIES. 77 This is regulated by the medium-sized arteries leading tothe parts. In the walls of the small and medium-sized arte-ries are muscle fibers of a different kind from those of theskeleton. These fibers are spindle-shaped, as shown in Fig. 24,and do not have the cross-markings of the fibers of the skele-tal muscles; they are in consequence called Non-striated, Smooth Connective Tissue Endothelium. Muscle Fiber Fig. 25. Plain Muscle F Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/physiology-experimental-and-descriptive-isolated-fibers-fibers-joined-fig-24-plain-unstriated-mus-cular-fibers-from-the-bladder-action-of-shall-arteries-77-this-is-regulated-by-the-medium-sized-arteries-leading-tothe-parts-in-the-walls-of-the-small-and-medium-sized-arte-ries-are-muscle-fibers-of-a-different-kind-from-those-of-theskeleton-these-fibers-are-spindle-shaped-as-shown-in-fig-24and-do-not-have-the-cross-markings-of-the-fibers-of-the-skele-tal-muscles-they-are-in-consequence-called-non-striated-smooth-connective-tissue-endothelium-muscle-fiber-fig-25-plain-muscle-f-image369694458.html
RM2CDD11E–. Physiology, experimental and descriptive . Isolated Fibers Fibers Joined Fig. 24. Plain (Unstriated) Mus-cular Fibers from the Bladder. ACTION OF SHALL ARTERIES. 77 This is regulated by the medium-sized arteries leading tothe parts. In the walls of the small and medium-sized arte-ries are muscle fibers of a different kind from those of theskeleton. These fibers are spindle-shaped, as shown in Fig. 24,and do not have the cross-markings of the fibers of the skele-tal muscles; they are in consequence called Non-striated, Smooth Connective Tissue Endothelium. Muscle Fiber Fig. 25. Plain Muscle F
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. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. 428 are exceedingly fine, but in some fibers coarser rayofibrillae, which appear to be formed by a fusion of the finer, are seen. They are not confined to the periphery of the bundle as are the coarse myofibrillae („Grenzfibrillen") described by Heidenhain ('00). In cross section (Fig. 1 a) the smooth muscle fibers appear as rounded or oval areas. In the large intestine of the dog, the nucleus is usually at or near the center of the fiber. In Necturus this is not always the case. Very frequently in this form, the nucleus Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomischer-anzeiger-anatomy-comparative-anatomy-comparative-428-are-exceedingly-fine-but-in-some-fibers-coarser-rayofibrillae-which-appear-to-be-formed-by-a-fusion-of-the-finer-are-seen-they-are-not-confined-to-the-periphery-of-the-bundle-as-are-the-coarse-myofibrillae-grenzfibrillenquot-described-by-heidenhain-00-in-cross-section-fig-1-a-the-smooth-muscle-fibers-appear-as-rounded-or-oval-areas-in-the-large-intestine-of-the-dog-the-nucleus-is-usually-at-or-near-the-center-of-the-fiber-in-necturus-this-is-not-always-the-case-very-frequently-in-this-form-the-nucleus-image236823201.html
RMRN86BD–. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. 428 are exceedingly fine, but in some fibers coarser rayofibrillae, which appear to be formed by a fusion of the finer, are seen. They are not confined to the periphery of the bundle as are the coarse myofibrillae („Grenzfibrillen") described by Heidenhain ('00). In cross section (Fig. 1 a) the smooth muscle fibers appear as rounded or oval areas. In the large intestine of the dog, the nucleus is usually at or near the center of the fiber. In Necturus this is not always the case. Very frequently in this form, the nucleus
. Elementary anatomy and physiology : for colleges, academies, and other schools. Anatomy; Physiology. J3 Hitchcock's anatomy Fig. 21. an inch in diameter, less often than the blood cor- puscles. In some other animals they are larger, as may be seen in the capillary plexus of a frog's foot, shown in Fig. 9. The lymphatics abound with valves, <*s may be seen in Fig. 21. 6. Muscular Tissue. 74. Striped and Smooth Muscle.—This tissue is made up of two forms of fiber, the striped and unstriped. The stripes in the first form run both transversely and longitudinally, as may be seen Pig. 22. iiG. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elementary-anatomy-and-physiology-for-colleges-academies-and-other-schools-anatomy-physiology-j3-hitchcocks-anatomy-fig-21-an-inch-in-diameter-less-often-than-the-blood-cor-puscles-in-some-other-animals-they-are-larger-as-may-be-seen-in-the-capillary-plexus-of-a-frogs-foot-shown-in-fig-9-the-lymphatics-abound-with-valves-lts-may-be-seen-in-fig-21-6-muscular-tissue-74-striped-and-smooth-musclethis-tissue-is-made-up-of-two-forms-of-fiber-the-striped-and-unstriped-the-stripes-in-the-first-form-run-both-transversely-and-longitudinally-as-may-be-seen-pig-22-iig-image231780078.html
RMRD2DRX–. Elementary anatomy and physiology : for colleges, academies, and other schools. Anatomy; Physiology. J3 Hitchcock's anatomy Fig. 21. an inch in diameter, less often than the blood cor- puscles. In some other animals they are larger, as may be seen in the capillary plexus of a frog's foot, shown in Fig. 9. The lymphatics abound with valves, <*s may be seen in Fig. 21. 6. Muscular Tissue. 74. Striped and Smooth Muscle.—This tissue is made up of two forms of fiber, the striped and unstriped. The stripes in the first form run both transversely and longitudinally, as may be seen Pig. 22. iiG.
. Principles of modern biology. Biology. 460 - Multicellular Animals, Especially Man GRAY MATTER OF CHORD WHITE MATTER CENTRAL CANAL DORSAL ROOT OF SPINAL NERVE AFFERENT NERVE FIBER FROM RECEPTOR IN SKIN OR BODY WALL â AFFERENT NERVE FIBER FROM RECEPTOR IN VISCERA SENSORY GANGLION POSTGANGLIONIC FIBER TO VISCERA. ARROWS INDICATE DIRECTIONS OF THE NERVE IMPULSES. EFFERENT NERVE FIBER TO SKELETAL MUSCLE TRUNK OF ixSPINAL NERVE PREGANGLIONIC FIBER TO LATERAL GANGLION PREGANGLIONIC FIBER TO COLLATERAL GANGLION POSTGANGLIONIC FIBER TO SMOOTH MUSCLE OR GLAND OF SKIN OR BODY WALL COLLATERAL SYMPATHET Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/principles-of-modern-biology-biology-460-multicellular-animals-especially-man-gray-matter-of-chord-white-matter-central-canal-dorsal-root-of-spinal-nerve-afferent-nerve-fiber-from-receptor-in-skin-or-body-wall-afferent-nerve-fiber-from-receptor-in-viscera-sensory-ganglion-postganglionic-fiber-to-viscera-arrows-indicate-directions-of-the-nerve-impulses-efferent-nerve-fiber-to-skeletal-muscle-trunk-of-ixspinal-nerve-preganglionic-fiber-to-lateral-ganglion-preganglionic-fiber-to-collateral-ganglion-postganglionic-fiber-to-smooth-muscle-or-gland-of-skin-or-body-wall-collateral-sympathet-image232336933.html
RMRDYT3H–. Principles of modern biology. Biology. 460 - Multicellular Animals, Especially Man GRAY MATTER OF CHORD WHITE MATTER CENTRAL CANAL DORSAL ROOT OF SPINAL NERVE AFFERENT NERVE FIBER FROM RECEPTOR IN SKIN OR BODY WALL â AFFERENT NERVE FIBER FROM RECEPTOR IN VISCERA SENSORY GANGLION POSTGANGLIONIC FIBER TO VISCERA. ARROWS INDICATE DIRECTIONS OF THE NERVE IMPULSES. EFFERENT NERVE FIBER TO SKELETAL MUSCLE TRUNK OF ixSPINAL NERVE PREGANGLIONIC FIBER TO LATERAL GANGLION PREGANGLIONIC FIBER TO COLLATERAL GANGLION POSTGANGLIONIC FIBER TO SMOOTH MUSCLE OR GLAND OF SKIN OR BODY WALL COLLATERAL SYMPATHET
. Biology of the vertebrates : a comparative study of man and his animal allies. Vertebrates; Vertebrates -- Anatomy; Anatomy, Comparative. Fig. 92. Various types of cells. A, smooth muscle cells; b, striated muscle fiber; c, cartilage cells; d, amphibian red blood cell; e, amoeboid white blood cell; f, nerve cell; g, ciliated epithelial cell; h, spermatozoan; i, squamous epithelial cells, surface view; j, fat cells; k, bone cell. Squamous epithelial cells, whose business it is to cover surfaces, become flattened like shingles, while muscle cells, specialists in contraction, assume a much elon Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/biology-of-the-vertebrates-a-comparative-study-of-man-and-his-animal-allies-vertebrates-vertebrates-anatomy-anatomy-comparative-fig-92-various-types-of-cells-a-smooth-muscle-cells-b-striated-muscle-fiber-c-cartilage-cells-d-amphibian-red-blood-cell-e-amoeboid-white-blood-cell-f-nerve-cell-g-ciliated-epithelial-cell-h-spermatozoan-i-squamous-epithelial-cells-surface-view-j-fat-cells-k-bone-cell-squamous-epithelial-cells-whose-business-it-is-to-cover-surfaces-become-flattened-like-shingles-while-muscle-cells-specialists-in-contraction-assume-a-much-elon-image234600541.html
RMRHJYAN–. Biology of the vertebrates : a comparative study of man and his animal allies. Vertebrates; Vertebrates -- Anatomy; Anatomy, Comparative. Fig. 92. Various types of cells. A, smooth muscle cells; b, striated muscle fiber; c, cartilage cells; d, amphibian red blood cell; e, amoeboid white blood cell; f, nerve cell; g, ciliated epithelial cell; h, spermatozoan; i, squamous epithelial cells, surface view; j, fat cells; k, bone cell. Squamous epithelial cells, whose business it is to cover surfaces, become flattened like shingles, while muscle cells, specialists in contraction, assume a much elon
. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. Fig. 4. Fig. 5. Fig. 4. Intestine of Necturus, showing contraction nodes and :i portion of an un- contracted fiber with a spiral nucleus, a spiral nucleus; b contraction node, c inter- nodal segment; d anastomosis between two smooth muscle fibers. Fixation, Zenker's fluid; stain, iron-htematoxylin. Zeiss apochrom. oV)]. 2 mm, comp. oc. 8, drawing re- duced ^/g, magnification, 800 diameters. Fig. 5. Large intestine of dog from a contraction area. a contraction node; b intemodal segment; c condensed connective tissue; d loose c Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/anatomischer-anzeiger-anatomy-comparative-anatomy-comparative-fig-4-fig-5-fig-4-intestine-of-necturus-showing-contraction-nodes-and-i-portion-of-an-un-contracted-fiber-with-a-spiral-nucleus-a-spiral-nucleus-b-contraction-node-c-inter-nodal-segment-d-anastomosis-between-two-smooth-muscle-fibers-fixation-zenkers-fluid-stain-iron-htematoxylin-zeiss-apochrom-ov-2-mm-comp-oc-8-drawing-re-duced-g-magnification-800-diameters-fig-5-large-intestine-of-dog-from-a-contraction-area-a-contraction-node-b-intemodal-segment-c-condensed-connective-tissue-d-loose-c-image236823129.html
RMRN868W–. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. Fig. 4. Fig. 5. Fig. 4. Intestine of Necturus, showing contraction nodes and :i portion of an un- contracted fiber with a spiral nucleus, a spiral nucleus; b contraction node, c inter- nodal segment; d anastomosis between two smooth muscle fibers. Fixation, Zenker's fluid; stain, iron-htematoxylin. Zeiss apochrom. oV)]. 2 mm, comp. oc. 8, drawing re- duced ^/g, magnification, 800 diameters. Fig. 5. Large intestine of dog from a contraction area. a contraction node; b intemodal segment; c condensed connective tissue; d loose c
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. MNEMIOPSIS GIANT SMOOTH MUSCLE RBERS 221 * I s.r.. â ^â $igj4 "^ irr â¢Â® s.r. / / V ' -ii^sS?^-*^*''^'-' t ® >-ij2:^5-^-^3«®^ Figure 11. Longitudinal section of a relaxed isolated muscle fiber through the axial core. The elongated nucleus (N) is flanked by tightly packed mitochondria (mi). The SR (s.r.) is densely stained by tannic acid. A branching of a tubule is visible at the upper left (open arrow). Scale bar: 1 nm (9000x). Figure 12. Detail of the SR tubules from another section of the same cell as in Figu Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-mnemiopsis-giant-smooth-muscle-rbers-221-i-sr-igj4-quot-irr-sr-v-iiss-t-gt-ij25-3-figure-11-longitudinal-section-of-a-relaxed-isolated-muscle-fiber-through-the-axial-core-the-elongated-nucleus-n-is-flanked-by-tightly-packed-mitochondria-mi-the-sr-sr-is-densely-stained-by-tannic-acid-a-branching-of-a-tubule-is-visible-at-the-upper-left-open-arrow-scale-bar-1-nm-9000x-figure-12-detail-of-the-sr-tubules-from-another-section-of-the-same-cell-as-in-figu-image234541283.html
RMRHG7PB–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. MNEMIOPSIS GIANT SMOOTH MUSCLE RBERS 221 * I s.r.. â ^â $igj4 "^ irr â¢Â® s.r. / / V ' -ii^sS?^-*^*''^'-' t ® >-ij2:^5-^-^3«®^ Figure 11. Longitudinal section of a relaxed isolated muscle fiber through the axial core. The elongated nucleus (N) is flanked by tightly packed mitochondria (mi). The SR (s.r.) is densely stained by tannic acid. A branching of a tubule is visible at the upper left (open arrow). Scale bar: 1 nm (9000x). Figure 12. Detail of the SR tubules from another section of the same cell as in Figu
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