RF2M9G319–Layers of Heart wall. Pericardium structure. Anatomy of pericardial sac. Vector illustration
RF2PX3XKT–Types of muscle
RF2DHMDXT–Structure of Cardiac muscle fibers. anatomy of cardiomyocyte. Background of heart muscle tissue. Set of vectors illustrations
RF2JP8NEA–Heart anatomy and cardiac muscle tissue
RF2G8RPNG–Model of the heart muscle with the coronary vessels and the large veins and arteries near the heart
RF2BHNFBE–Mock up of a human organ heart on a white background, isolate. Anatomical structure and physiology of the heart, right and left ventricle and atrium.
RMW22E4P–Archive image from page 12 of Danmarks fauna; illustrerede haandbøger over. Danmarks fauna; illustrerede haandbøger over den danske dyreverden.. danmarksfaunaill75dans Year: 1907 9 A •' Fig. 1. Skema af merosom søpung med tre kropsregioner. Orig. Fig. 2. Skema af merosom søpung mied to kropsregioner. Orig. A abdomen, P postabdomen, T thorax; a anus, c hjerne, e endostyl, ep epicardium, g gællesæk, h hjerte, k kutikula, kh kappehule, kl kloakhule, m mave, n neuralkirtel, p fimrebuer, r rygfilamenter, s spiserør, v velum med mundtentakler. Pilene angiver mund- og kappeåbninger.
RF2NW9BPF–The Layers of the Heart Wall Anatomy. Myocardium, Epicardium, Endocardium and Pericardium. Heart wal structure
RF2A13NJR–Vintage anatomy print showing a depiction of the human heart.
RM2AWENHR–Quain's elements of anatomy . e coursein the heart they are beset at mtervals with small groups of ganglion-cells, andon all their branches in the venous sinus and in the interauricular septum similarcells occui, either intercalated in the small nervous cords, or set laterally uponthem. No ganglion-cells have been proved to occur either on the branches whichare distributed to the auricles (with the exception of the septum) or on thosewhich pass to the muscular substance of the ventricle. The cardiac pericardium or epicardium has the usual structure ofa serous membrane. It is covered externally
RF2BDP6N6–Human heart beating, 3d render
RF2PX4FFJ–The Heart Wall
RF2WG3W12–isolated cardiac muscle, also known as heart muscle or myocardium, is a type of muscle tissue that makes up the heart, 3d rendering.
RF2K33FD1–muscular tissue
RFTWT4EE–Portrait of a sickly man holding his heart on a gray background. heart disease
RF2PX3WTR–Cardiac muscle
RF2GX7P1R–A heart with a face
RMPFHD0R–. Danmarks fauna; illustrerede haandbøger over den danske dyreverden... 9. A^ •" Fig. 1. Skema af merosom søpung med tre kropsregioner. Orig. Fig. 2. Skema af merosom søpung mied to kropsregioner. Orig. A abdomen, P postabdomen, T thorax; a anus, c hjerne, e endostyl, ep epicardium, g gællesæk, h hjerte, k kutikula, kh kappehule, kl kloakhule, m mave, n neuralkirtel, p fimrebuer, r rygfilamenter, s spiserør, v velum med mundtentakler. Pilene angiver mund- og kappeåbninger.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for reada
RF2GX72T4–A human heart
RFW1WTAF–3D illustration of CARDIAC OUTPUT title on red heart, isolated on green gradient.
RF2GX4G0N–A letter H for heart
RFT8N1WM–3D illustration of CARDIAC OUTPUT title on a medical document
RF2GT9PFY–Small and big hearts
RF2C40FHB–Word cloud representing the parts of the human heart
RF2C81K21–Mock up of a human organ heart on a white background, isolate. Anatomical structure and physiology of the heart, right and left ventricle and atrium.
RF2GRC858–A red heart
RF2NW9E07–The Layers of the Heart Wall Anatomy. Myocardium, Epicardium, Endocardium and Pericardium. Heart wal structure
RF2A13NJG–Vintage anatomy print showing a depiction of the inner heart of a human.
RM2ANC0HC–Studies in cardiac pathology . to be an empyema, which was opened and drained atthe hospital (Dr. Spellissy). Heart dullness was increased laterally. The apex-beat wasneither palpable nor visible. Death occurred gradually. Pathologic Diagnosis: Subacute fibrinous pericarditis. Fibroid tuberculosis; bronchi-ectasis, etc. The left lung is densely adherent to the pericardium along its entire length, both lungsbeing adherent to the parietal pleura, just below the opening of a small sinus which leads fromthe abscess cavity. The pericardium is adherent to epicardium, and its sac contains a small amo
RFEW1XFB–Heart valves showing pulmonary valve, mitral valve and tricuspid.
RF2BDP6N9–Human heart and arteries, 3d rendering
RFD9NTKF–Anatomy of heart interior, frontal section.
RF2WG3W10–isolated cardiac muscle, also known as heart muscle or myocardium, is a type of muscle tissue that makes up the heart, 3d rendering.
RMW0PK3M–Archive image from page 75 of Der Frosch; zugleich eine Einf. Der Frosch; zugleich eine Einf in das praktische Studium des Wirbeltier-Krs derfroschzugleic00hemp Year: 1908 — 62 — Elemente auch die Klappen und das Bulbusseptum gebildet werden. Das Myocardium ist, wie wir schon sahen, besonders beim Ventrikel sehr stark entwickelt und enthält quergestreifte Muskelfasern, die aber noch primitiver sind als die quergestreiften Muskeln der Körperstammuskulatur und des- halb den glatten Muskelfasern näher stehen. Das Epicardium ist der vis- zerale Teil des das Pericardium auskleidenden Epithels. (Be
RF2J7340K–Pericardial membranes and layers of the heart wall
RMPFBR1R–. Der Frosch; zugleich eine Einf in das praktische Studium des Wirbeltier-Krs. Frogs. — 62 — Elemente auch die Klappen und das Bulbusseptum gebildet werden. Das Myocardium ist, wie wir schon sahen, besonders beim Ventrikel sehr stark entwickelt und enthält quergestreifte Muskelfasern, die aber noch primitiver sind als die quergestreiften Muskeln der Körperstammuskulatur und des- halb den glatten Muskelfasern näher stehen. Das Epicardium ist der vis- zerale Teil des das Pericardium auskleidenden Epithels. (Bei dem die Leibeshöhle und deren besonderen Teil, das Pericard, umschließenden Peri- Fig
RM2ANCX46–Diseases of the chest and the principles of physical diagnosis . y of the auricu-lar wall and of the superior vena cava. At a later stage the caval open-ing is found to be greatly enlarged, so that the auricle and the veins forma continuous sac. The auricular wall then atrophies and may becomea mere fibrous sac formed by the endocardium and epicardium. Peri-carditis, sometimes acute, but more frequently of the chronic adhesivetype, is a very common finding. x Owing to the fact that mitral stenosis is almost constantly associatedwith tricuspid stenosis (85 out of 87 cases analyzed by Pitt) it i
RFD9NTKM–Interior of human heart.
RF2WG3W13–isolated cardiac muscle, also known as heart muscle or myocardium, is a type of muscle tissue that makes up the heart, 3d rendering.
RFD9NR1T–Cross section of human heart.
RM2ANBX8C–Studies in cardiac pathology . ^ Records,vol. xi, p. 19). Actinomj-cosis may produce plastic or suppurative pericarditis. Tsunoda: Frankfurter Zeit. f. Path., 1909, iii, 220.2 Oberndorfer: Miinch. med. Woch., 1906, p. 2081.. Fiu. 35.—Chronic Adhesive Pericarditis. J. T., male. (Pennsylvania Hospital. Specimen 46. Physician: Dr. .J. M. DaCosta.) Clinical Notes: Was admitted unconscious and delirious. A diagnosis of meningitiswas made. The pericardium, which was adherent to both the epicardium and the surrounding struc-tures, has been partially dissected back, and shows very marked thickening, a
RF2WG3W11–isolated cardiac muscle, also known as heart muscle or myocardium, is a type of muscle tissue that makes up the heart, 3d rendering.
RFD9NRNH–Anatomy of human heart, cross section.
RME6BJAX–Enlarged left ventricle of the human heart.
RM2AJ4XBR–The Medical clinics of North America . mp. 40° C.Very weak. Transfusion, 475 c.c. citrated blood. March 15. 1922: Deafness both ears. Edema of extremities.Temperature 40° C. No new purpuric spots. March 16, 1922: Direct transfusion, 600 to 900 c.c. blood.Rectal temperature 41.3° C. Tongue edematous. March 17. 1922: Very weak. Rectal temperature 41.4° C.Pulse, 140. Vomiting. Generalized edema. March 18, 1922: Died. Postmortem Examination.—Autopsy diagnosis: Septicemia—Streptococcus hemolyticus. Areas of hemorrhage lower lobesboth lungs. Petechial hemorrhages epicardium. renal pelvis,and subsero
RME6BJB8–Interior of human heart showing atria and ventricles.
RFR0K7M2–Lateral cut view of human heart on black background.
RMRJ4XWM–. Chordate morphology. Morphology (Animals); Chordata. F EARLY NEURULA neural tube. endostyle openings between atrium and pharynx epicardium heart. entoderm. 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.. Jollie, Malcolm. New York, Reinhold
RFR0K7KT–Human heart with labels.
RMRE06YH–. A laboratory manual and text-book of embryology. Embryology. TRANSVERSE SECTIONS OF A TEN MM. PIG EMBRYO 139 cords or trabecules surrounded by blood spaces or sinusoids. The trabecular are composed of muscle cells, which later become striated and constitute the myocardium. They are surrounded by an endothelial layer, the endocardium. From the blood circulating in the sinusoids the mammalian heart receives all its nourishment until, later, the coronary vessels of the heart wall are developed. The heart is surrounded by a layer of mesothelium, the epicardium, which is continuous with the peric
RFR0K7FW–Cross section of human heart.
RMREEXHJ–. Comparative anatomy of vertebrates. Anatomy, Comparative; Vertebrates -- Anatomy. 124 COMPARATIVE MORPHOLOGY OF VERTEBRATES. phragm undergoes many shiftings of position before reaching its final place. The tunica serosa lining the various divisions of the splanchnocoele has special names in each. Thus the pericardial and pleural cavities are lined by peri- cardium and pleura respectively, that portion of the pericardium covering the heart being sometimes called the epicardium. The metaccele or peritoneal cavity is lined by the peritoneum. The metaccele is not always cut off completely from t
RFR0K7M4–Human heart, lateral cut.
RMRDY1YX–. Principles of veterinary science; a text-book for use in agricultural schools. Veterinary medicine. CHAPTER VI THE CIRCULATORY SYSTEM THE ORGANS OF CIRCULATION The organs concerned with the circulation of blood and lymph are the heart, the arteries, the veins, the capillaries, and the lymphatics. Pulmonary I'eins Right branch of pulmonary artery Vena azygos Great coronary vein- Small coronary vei. Right coronary artery Fig. 39.—Right view of heart. The pericardium, epicardium, and subepicardial fat have been removed. Cardiac vessels are injected. (Sisson, Anatomy of Domestic Animals.) The he
RFR0K7FX–Cross section of human heart with labels.
RF2G28639–Human heart cross-section with detailed internal structure.
RMRHP79R–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. HEART INNERVATION IN SCYLLIUM CANICULA 213 vein before passing to the heart. Weak faradic stimulation of the cut distal portion of each branch produced inhibition, and stimulation of the central end caused reflex cardie-inhibition provided any one of the branches remained intact. Reflex cardiac and respiratory inhibition was obtained on mechanical stimulation of the dorsal surface of the ventricle either by pinching it lightly with the fine forceps or by sticking the epicardium with a sharp needle (Fig. 1, A and B}. This was
RF2G28637–Human heart cross-section with detailed internal structure.
RFE7EWXH–Internal view of the human heart.
RMRJ50H9–. The chordates. Chordata. Reproduction 287. Fig. 237. Diagrams showing the relations of the coelomic cavities (black) in (A) fishes, (B) amphibians and Sauropsida, and (C) mammals. (D) Diaphragm: (L) liver; (P) lungs; (S) septum transversum. In (B) the lungs lie in the peritoneal (or pleuroperitoneal) cavity; in (C) they occupy special pleural subdivisions of the coelom. (Courtesy, Kingsley: "Comparative Anatomy of Vertebrates," Phila- delphia, The Blakiston Company.) pericardial cavity and continuous with the epicardium, are derived from the adjacent hypomeric mesoderm. The heart m
RFE7EWXG–Internal view of the human heart.
RFE1JM0J–Comparison of normal heart versus heart with a patent foramen ovale.
RMRHK14A–. Biology of the vertebrates : a comparative study of man and his animal allies. Vertebrates; Vertebrates -- Anatomy; Anatomy, Comparative. Stomach /** Otolith f ii^s^Cerebral Vesicle 3^r-Mouth -> Adhesive Organs. /' Heart J 'Atrium Epicardium Gill Slit Endostyle Ganglion Mouth Gill Slit. 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.. Walter, Herbert Eugene, b. 1867; Sayles, Leonard Perkins, 1902-. New York : Macmilla
RMRHK143–. Biology of the vertebrates : a comparative study of man and his animal allies. Vertebrates; Vertebrates -- Anatomy; Anatomy, Comparative. /' Heart J 'Atrium Epicardium Gill Slit Endostyle Ganglion Mouth Gill Slit. Notochord Anus Ganglion b Atrial Opening C Fig. 11. Diagrams of the metamorphosis of a tunicate larva, a, at time of attachment; b, at mid-point of metamorphosis; c, metamorphosis com- pleted. (From Hegner, College <W/ogy, copyright 1942, by permission of The Macmillan Company, publishers.) for example, by Botryllus (Fig. 12), a small tunicate that grows in starlike slippery p
RMRN59RE–. The anatomy of the domestic animals. Veterinary anatomy. Coronary yroove Fig. 543.- i of serous pericardixj -Heabt o n dotted. Left ven ?• Horse; Right View. Hardened i« situ. Epicardium and subepicardial fat have not been i riele is considerably contracted. ved from heart. tion of the posterior vena cava and passes toward the ape.x, but ends about an inch and a half (ca. 3-4 cm.) above the latter. Thus the two grooves do not meet. The grooves are occupied by the coronarj' vessels and a variable quantity of fat. The left groove is opposite to the fourth rib, and the right one is opposite to
RMRHM8W3–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 106 M. G. MARTYNOVA AND O. A. BYSTROVA pc. Figure 1. Light micrograph of semithin section through the atrium of the snail Ac/uitina fit/ica. The heart wall consists of epicardium (arrows) facing the pericardia! cavity (pc) and a myocardium (m). The endoihdial cells (arrowheads) adjoin the luminal surface of the myocardial trabeculae hi. heart lumen. Scale bar = 0.05 mm. somes, and a number of small vesicles. UCs were easy to distinguish from other nonmuscle cells in the heart, such as endothelial cells, gliointerstitial cell
RMRHMMH0–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. TISSUE AFFINITY IN AMAROECIUM Bi. FIGURE 5. Whole mount of composite after six hours. FIGURES 6 and 7. Longitudinal sections, three-hour combinations. FIGURE 8. Whole mount after nine hours. FIGURE 9. W'hole mount of three-hour combination. FIGURES 10, 11 and 12. Sections of three-hour combinations showing spreading of epi- dermis and union of abdominal and branchial intestinal fragments. (About 90 X.) abd. int., abdominal intestine; B2-int., branchial intestine; end., endostyle; ep., epicardium; epi., epidermis; oes. fun.,
RMRJ4XW6–. Chordate morphology. Morphology (Animals); Chordata. endostyle openings between atrium and pharynx epicardium heart. entoderm. stomach opening of gut into atrial sac entodermal tract in tail muscle ce EARLY NEURULA H LATE NEURULA notochord LARVA AT HATCHING Figure 7-5. Early stages of the tunicate, C/ave//no. A, egg with follicular wall and envelope of perivitelline cells; B, 2-cell stage; C, 8-cell stage; D, blastulo with arrow indicating axis and future dorsal and ventral aspects; E, sagittal section of gastrula with anterior end to left and dorsal side up; F, cross section through E; G, s
RMRN9HKW–. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. 222 auftretende Einfaltungen die complicirte Form erhält, welche die Figur 3 hat, und wie sich damit die Anlage zu den verschiedenen Organen gebildet hat. Man erkennt die Anlage zum Peribranchialsack als 2 symmetrische Ausstülpungen aus der inneren Blase {LPbc und RPbc). Das Dorsalrohr (NE) zeigt sich gleichermaßen hinten an der Stelle der inneren Blase mit dieser zusammenhängend, von welcher sich die linke Hälfte des Peribranchialsacks bildet. Das Epicardium entsteht als 2 nach hinten ausgehende Aus- stülpungen, die sich spä
RMRD422J–. Danmarks fauna; illustrerede haandbøger over den danske dyreverden... 9. A^ •" Fig. 1. Skema af merosom søpung med tre kropsregioner. Orig. Fig. 2. Skema af merosom søpung mied to kropsregioner. Orig. A abdomen, P postabdomen, T thorax; a anus, c hjerne, e endostyl, ep epicardium, g gællesæk, h hjerte, k kutikula, kh kappehule, kl kloakhule, m mave, n neuralkirtel, p fimrebuer, r rygfilamenter, s spiserør, v velum med mundtentakler. Pilene angiver mund- og kappeåbninger.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for reada
RMRHKY8M–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. i H FUTURE 6. A, Whole mount of 2-day old ascidiozooid marked to locate transverse sections in B, C. D and E. F, longitudinal section through A. G, section through nervous system of adult. H, detail of endostyle with regions indicated. A, F, 100 X ; B, C, D, E, 150 X ; G, 450 X ; H, 1000 X. B.C., body cavity; d.t., dorsal tubercle; ep.. epicardium; gl.st., glandular stomach; int., intestine; in.int., mid-intestine; n.gl., neural gland; n.g., neural ganglion; oes., oesophagus; per., pericardium; ph., pharynx; p.ph., prebran
RMRCYBGB–. Der Frosch; zugleich eine Einf in das praktische Studium des Wirbeltier-Krs. Frogs. — 62 — Elemente auch die Klappen und das Bulbusseptum gebildet werden. Das Myocardium ist, wie wir schon sahen, besonders beim Ventrikel sehr stark entwickelt und enthält quergestreifte Muskelfasern, die aber noch primitiver sind als die quergestreiften Muskeln der Körperstammuskulatur und des- halb den glatten Muskelfasern näher stehen. Das Epicardium ist der vis- zerale Teil des das Pericardium auskleidenden Epithels. (Bei dem die Leibeshöhle und deren besonderen Teil, das Pericard, umschließenden Peri- Fig
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