RF2JKWNTK–Anatomy of the thoracic aorta crossing the diaphragm.
RF2B9397W–Medically illustration showing cross-section of a kidney with with inferior vena cava and descending aorta
RM2BEHBAB–Thoracic Aortic Aneurysm, Illustration
RFFXP3XN–Human aorta, computer illustration.
RF2KAHRHY–Medical Ilustration of Bood Supply of Esophagus
RFHD3PR8–Human Thoracic Aorta
RFCX6TWK–Thoracic (descending) aortic aneurysm and endovascular surgery
RF2G8RPNG–Model of the heart muscle with the coronary vessels and the large veins and arteries near the heart
RFMK8K4X–Vector - Thoracic (descending) aortic aneurysm and endovascular surgery
RFPA6G6A–Ascending aortic aneurysm, illustration. Enlargement of a weakened area in the ascending aorta.
RFGD1MNN–Posterior view of a normal heart and it's arteries
RFTX30Y6–Explain working duty for the heart and lungs apply oxygen gas from the environment into the blood system in the human body and out carbon dioxide into
RFGD1N7A–Front view of a normal heart and it's cornonary arteries and veins
RMPP3PGC–The heart of man, from the front (downsized). A right ventricle, B left ventricle, C right ventricle, D left atrial foci, E aortic arch, F pulmonary artery, G anonoma, I, I ventricular inlet, H carotids, K superior vena cava, L pulmonary veins. No. 3935. Likewise, cut lengthwise. a superior vena cava, inferior vena cava, b right atrium, c right ventricle, d, pulmonary arteries, ee, é é pulmonary veins, f left atrium, g left ventricle, h'''' left clavicle, k descending aorta. No. 3936. Bird's heart, cut from behind, longitudinally. k right chamber. I muscular valve of the same, n pulmonary arte
RFGD1MT7–Cross section of a normal heart
RFACM4MX–Blood supply of the kidneys
RFGD1MKK–Cross section of a normal heart
RF2A13RCP–Vintage anatomy print of the kidney, spleen, duodenum, gall bladder and more.
RFGD1N1J–Cross section of a heart with an enlarged ventricle
RF2JKWN3T–Vascularization of the pancreas in anterior view with vesicle and common bile duct.
RF2B93999–Medically illustration showing cross-section of a kidney with inferior vena cava and descending aorta
RM2BEHBAE–Thoracic Aortic Aneurysm, Illustration
RFD9NTEC–Anatomy of human abdominal vein system.
RF2KACX79–Medical Illustration of Inferior Mesenteric Artery and its branches
RFHD3PR2–Human Thoracic Aorta
RMRN6W7J–. Anatomy, descriptive and applied. Anatomy. THE DESCENDING AORTA 655 The intercostal arteries {aa. intercostales) (Fig. 465) arise from the back of the aorta. The aortic intercostals are usually nine in number on each side, the two superior intercostal spaces being supplied by the superior intercostal, a branch of the subclavian. The right aortic intercostals are longer than the left, on account of the position of the aorta on the left side of the vertebral column; they pass across the bodies of the vertebrte, behind the oesophagus, thoracic duct, and the vena azygos major, and are covered by
RFHD3PPX–Human Thoracic Aorta
RF2RXJAW9–Cardiac catheterization on left anterior descending artery (LAD) can help doctor diagnose and treat problems in your heart and blood vessels such as
RFJK7MYE–Old sheet vintage of the digestive system
RFPA6G72–Ascending aortic aneurysm, illustration. Comparison between a damaged and normal heart.
RF2GR3K6B–Human heart
RF2WND23K–Human heart anatomy. Vector illustration in cartoon style. Isolated on white background.
RFACM75M–Blood supply of the kidneys
RF2GRCY23–A human heart
RM2K71CT0–The abnormal left coronary artery originated from the right coronary sinus, which is one of the causes of sudden death.
RF2GX6KBJ–A human heart
RF2JKWN3C–Vascularization of the pancreas in anterior view with vesicle and common bile duct.
RF2B9358W–Medically illustration showing cross-section of a kidney with with inferior vena cava and descending aorta on blue background
RM2BEHBAM–Thoracic Aortic Aneurysm, Illustration
RFD9NTJ3–Anatomy of human abdominal vein system.
RF2GTN10H–Human heart
RMT4G8BR–Human Lungs, heart, trachea and large blood vessels. 1) lung, 2) heart, 3) trachea. a) descending, b) ascending artery or cava, c) aorta, e, g) cervical veins, d, f) brachial veins, anonym 1887
RF2GWMK1C–Heart
RF2K4TJFY–CABG is a type of bypass surgery used for heart operations caused by coronary heart disease in a hospital operating room owing to coronary heart
RF2RXJB12–Cardiac catheterization on left anterior descending artery (LAD) can help doctor diagnose and treat problems in your heart and blood vessels such as
RFJEM7R1–Old sheet vintage of the digestive system
RFPA6G76–Ascending aortic aneurysm before and after repair with a tube graft, illustration.
RF2GW1TGT–Stent angioplasty procedure
RF2WJH35B–Intercostal arteries are posterior branches along the length of the descending thoracic aorta and provide segmental arterial blood supply to the spina
RFACJAXM–The heart and its major blood vessels
RF2GR82B0–Heart organ
RM2AG81Y4–. Principles of human physiology : with their chief applications to pathology, hygiene, and forensic medicine : especially designed for the use of students. of Cartilaginous Fishes. These arches reunite to form the descending aorta,which transmits branches to all parts of the body. Such is the first phase oraspect of the circulating apparatus, which is common to all Vertebrata duringthe earliest period of their development, and which may therefore be consideredas its most general form. It remains permanent in the class of Fishes; and inthem the vascular system undergoes further development on
RF2GX84KX–Anatomy of the human heart
RF2JKWMYC–Human digestive system: Anatomy of duodeno-hepato-pancreatic block.
RF2GX4F99–Interior and Anterior Anatomy of the heart
RM2BEHB9E–Thoracic Aortic Aneurysm, Illustration
RF2GWGFTX–Human heart
RMD0N1MX–Anatomical model showing the heart and blood vessels positioned within the human chest.
RM2HP74G6–Confocal microscopy photographs of the descending aortas of two 15-month-old progeria mice, one untreated (left picture) and the other treated with the farnsyltransferase inhibitor drug tipifarnib (right picture). The microphotographs show prevention of the vascular smooth muscle cell loss that is otherwise rampant by this age. Staining was smooth muscle alpha-actin (green), lamins A/C (red) and DAPI (blue). (Original magnification, x 40) ca. 2009
RF2K4G03D–An operation room in a hospital is where Coronary Artery Bypass Grafts CABG are performed as part of heart operations due to disease coronary heart
RF2RXJAXN–Cardiac catheterization on left anterior descending artery (LAD) can help doctor diagnose and treat problems in your heart and blood vessels such as
RMJK7N0G–Old sheet vintage of the digestive system
RFKDBPAJ–The human heart with a syringe. Flat design style illustration.
RF2RYNY5E–anatomical features of anterior view of human heart with attached great vessels
RMW27YR7–Archive image from page 330 of The cyclopædia of anatomy and. The cyclopædia of anatomy and physiology cyclopdiaofana0401todd Year: 1847 REPTILIA. 309 shortly after its origin into three branches, of which one is the right or systemic aorta, the second the right subclavian, and the third the common trunk of the carotid and left subclavian arteries. The left or splanchanic aorta, previous to dividing among the vis- cera, gives off a large branch which communi- cates with the right descending or systemic aorta. The three great arteries, viz. the pulmonary, and right and left aorta, are closely
RMPFN6WF–. The cyclopædia of anatomy and physiology. Anatomy; Physiology; Zoology. 644 CIRCULATION. mals, that is to say, the arterial blood returning from the lungs to the left auricle (Jig. 314, h) is directed entirely into the arteries of the system (A) from the left compartment of the ventricle (H), and the venous blood brought back to the right auricle (h1) by the vense cavae (V v*) is directed wholly into'the pul- monary vessels (P) by the right ventricular compartment ( H'). Fig. 316.. Lacerta ocellata. In all Reptiles, however, the descending aorta is formed by the union of two branches, the ri
RF2WJGJP1–Intercostal arteries are posterior branches along the length of the descending thoracic aorta and provide segmental arterial blood supply to the spina
RFACM62X–Blood supply of the kidneys
RMBB47W5–Diagram showing the exterior and a cross-section of the human heart
RM2ANG0GB–Class-book of physiology : for the use of schools and families : comprising the structure and functions of the organs of man, illustrated by comparative reference to those of inferior animals . ries, the descending aorta gives off several importantbranches ; as the cceliac artery, from which the stomach and liver are supplied ; the renalartery, which goes to the kidneys, and the mesenteric artery, to the intestines; besidesmany other sub-divisious in various parts of its course. The branches of the vena cava generally accompany those of the aorta in their distribu-tion, as shown in the figure,
RFC39C9E–Structure of human heart and blood flow illustration
RF2JKWN08–Human digestive system: Anatomy of duodeno-hepato-pancreatic block.
RMMCTNDX–. *Fig. I. Dissection to show the development of the male reproductive system. :â : 15. ala, anterior lateral artery; ca, cephalic aorta; da, descending aorta; ^, gut; ha, hepatic artery; pa, posterior aorta; /, testis; vd, vas deferens. The testis / (Fig. i) lies partly below the heart and partly on the dorsal surface of the liver to which it is attached by a fold of mesentery. It consists of fifteen finger-like * Figs. 1-7 show progressive stages in the development of the male reproductive system.
RM2BEHBA6–Thoracic Aortic Aneurysm, Illustration
RF2CAAET7–Anatomy human heart icon. Flat illustration of anatomy human heart vector icon for web design
RMD0MY1M–Anatomical model showing human heart positioned within the rib cage.
RF2BDPF5N–Anatomy human heart icon. Cartoon of anatomy human heart vector icon for web design isolated on white background
RF2K56N2P–The process of coronary artery bypass graft CABG for heart operations due to coronary heart disease takes place in the operating room of a hospital
RF2RXJB25–Cardiac catheterization on left anterior descending artery (LAD) can help doctor diagnose and treat problems in your heart and blood vessels such as
RF2RYNY5G–anatomy of the posterior view of heart with attached great vessels
RMW9H98N–Archive image from page 1045 of Cunningham's Text-book of anatomy (1914). Cunningham's Text-book of anatomy cunninghamstextb00cunn Year: 1914 ( 1012 THE VASCULAR SYSTEM. âThyreoid cartilage Crico-thyreoid ligament â Inferior laryngeal lymph vessels -Thyreoid gland â Left common carotid artery -II Pretracheal lymph gland 'â¢--â - Paratracheal lymph glands Left subclavian artery --?Left tracheo-bronchial glands Left pulmonary artery (4) Lymphoglandulse Mediastinales Posteriores.âThe posterior mediastinal lymph glands, 8-12, lie along the descending part of the thoracic aorta and the thoracic pa
RMPFMG03–. Cyclopedia of farm animals. Domestic animals; Animal products. PHYSIOLOGY OF DOMESTIC ANIMALS 21. Fig. 24. Heart of the horse, a. Right lateral wall of the heart; b, left side of the heart; c. coronary artery; c,, descending branch; cB. right branch; d, e, superior vena cava; d, terminal part; f, in- ferior vena cava;g,appendage of right auricle; h, azygous vein; i, left auricle; k, pul- monary veins; m, stem of the aorta; mi, descending aorta: ma, ascending aorta; o, pulmonary artery. sponding to the heart-beats. Venous hemorrhage is more easily arrested than arterial. The velocity of the b
RF2WJH2MW–Intercostal arteries are posterior branches along the length of the descending thoracic aorta and provide segmental arterial blood supply to the spina
RFACPE7X–The blood supply of the upper body
RM2AG0XMJ–. Medical diagnosis for the student and practitioner. Fig. 291.—Aortic insufficiency with wide dilatation of descending aorta.{Dr. Frank S. Bissell.) Aortic Insufficiency.—In this lesion, the predominant feature is leftventricular hypertrophy with little or no dilatation of the auricle. Theorthodiagram therefore shows an elongated, elliptical or oval left ventricularborder, a marked intermediate concavity, an increased longitudinal diameterand a relatively short horizontal diameter. The right heart border remainsunchanged except when there is marked functional disturbance. The HEART—ROENTGENOG
RFC2HD2D–Structure of human heart and blood flow illustration
RF2JKWN64–Liver and gall bladder with evidence of hepatic hilum.
RMMA6YER–. Elementary physiology . Fig. 54.—General view of the heart and great blood-vessels of the trunk. A, right auricle ; £, left auricle ; C, right ventricle ; D, margin of left ventricle ; E, ribs ; J^, kidneys ; i, arch of the aorta ; 2, descending aorta ; 3 and 4, right and left carotid arteries ; 5 and 6, right and left subclavian arteries ; 7, arteries supplying the lower extremities; 8, pulmonary artery ; 9, vena cava superior; 10 and ir, right and left subclavian veins; 12 and 13, right and left jugular veins ; 14, vtna caa inferior; 15 and 16, veins which collect blood from the lower ext
RM2BEHB9D–Aortic Dissection, Illustration
RF2CABXBN–Anatomy human heart icon. Simple illustration of anatomy human heart vector icon for web design isolated on white background
RMD0M8AK–Front view of a male figure with the heart and ribcage visible.
RF2K4TJDX–The coronary artery bypass graft CABG procedure is performed for heart operations due to coronary heart disease in the operating room of the hospital
RF2RXJAWH–Cardiac catheterization on left anterior descending artery (LAD) can help doctor diagnose and treat problems in your heart and blood vessels such as
RMW9HB2K–Archive image from page 1437 of Cunningham's Text-book of anatomy (1914). Cunningham's Text-book of anatomy cunninghamstextb00cunn Year: 1914 ( 1404 SURFACE AND SURGICAL ANATOMY. Fig. 1096.—Posterior Aspect of Trunk, showing Surface Topography of Viscera. T. Trachea. A. Aorta. L.L. Left lung. R.L. Eight lung St. Stomach. Sp. Spleen. L. Liver. S.R. Suprarenal gland. L.K. Left kidney. R. K. Right kidney. P. Pancreas. PI. Pleura. D.C. Descending colon. A.C. Ascending colon. R. Rectum,
RMPFN6A8–. The cyclopædia of anatomy and physiology. Anatomy; Physiology; Zoology. REPTILIA. 309 shortly after its origin into three branches, of which one is the right or systemic aorta, the second the right subclavian, and the third the common trunk of the carotid and left subclavian arteries. The left or splanchanic aorta, previous to dividing among the vis- cera, gives off a large branch which communi- cates with the right descending or systemic aorta. The three great arteries, viz. the pulmonary, and right and left aorta, are closely connected together immediately after their origin, and dilate in
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