The Blood Vessels of the Upper Extremity
... the axillary vein (see text Fig. 7-19). The valves in the axillary vein may be troublesome, but abduction of the shoulder joint may permit the catheter to move past the obstruction. The cephalic vein does not increase in size as it ascends the arm, and it frequently divides into small branches as it ...
... the axillary vein (see text Fig. 7-19). The valves in the axillary vein may be troublesome, but abduction of the shoulder joint may permit the catheter to move past the obstruction. The cephalic vein does not increase in size as it ascends the arm, and it frequently divides into small branches as it ...
Major arteries
... Common Iliac artery : External Iliac (to L.L) Internal Iliac (to pelvis) Arterial Anastomosis: Main sites (upper & lower limbs) Sites of arterial Pulsations. ...
... Common Iliac artery : External Iliac (to L.L) Internal Iliac (to pelvis) Arterial Anastomosis: Main sites (upper & lower limbs) Sites of arterial Pulsations. ...
Abdominal Sonography Part 1 Lecture 1 Liver . Normal
... Liver is the largest organ in the human body, ...
... Liver is the largest organ in the human body, ...
Major arteries of the body
... Importance of end arteries: Occlusion of an end-artery causes serious nutritional disturbances resulting in death of the tissue supplied by it. For example, occlusion of central artery of retina results in blindness. The results are severe because the blood flow to that region is completely stop ...
... Importance of end arteries: Occlusion of an end-artery causes serious nutritional disturbances resulting in death of the tissue supplied by it. For example, occlusion of central artery of retina results in blindness. The results are severe because the blood flow to that region is completely stop ...
Keys to 2402 Models
... The major parts of the circulatory system A. Heart B. Circulatory system C. Vein D. Artery Principal structures of the heart ...
... The major parts of the circulatory system A. Heart B. Circulatory system C. Vein D. Artery Principal structures of the heart ...
Keys to 2402 Models
... The major parts of the circulatory system A. Heart B. Circulatory system C. Vein D. Artery Principal structures of the heart ...
... The major parts of the circulatory system A. Heart B. Circulatory system C. Vein D. Artery Principal structures of the heart ...
Dr.Kaan Yücel yeditepepharmanatomy.wordpress.com Thoracic
... mammary glands of the breasts lie within the subcutaneous tissue of the thoracic wall. The thoracic skeleton forms the osteocartilaginous thoracic cage, which protects the thoracic viscera and some abdominal organs. The thoracic skeleton includes 12 pairs of ribs and associated costal cartilages, 12 ...
... mammary glands of the breasts lie within the subcutaneous tissue of the thoracic wall. The thoracic skeleton forms the osteocartilaginous thoracic cage, which protects the thoracic viscera and some abdominal organs. The thoracic skeleton includes 12 pairs of ribs and associated costal cartilages, 12 ...
Laparoscopic Anatomy of the Pelvis - Beck-Shop
... opposite side. Having passed through the umbilical opening, the two arteries, now termed umbilical, enter the umbilical cord, where they are coiled around the umbilical vein, and ultimately ramify in the placenta. At birth, when the placental circulation ceases, only the pelvic portion of the artery ...
... opposite side. Having passed through the umbilical opening, the two arteries, now termed umbilical, enter the umbilical cord, where they are coiled around the umbilical vein, and ultimately ramify in the placenta. At birth, when the placental circulation ceases, only the pelvic portion of the artery ...
Transcripts/4_6 1
... a. The chief artery of the upper limb is going to be the subclavian artery (artery shown in blue). The subclavian artery will arch over the 1st rib (it is directly against the rib and can be compressed against it) and past the 1 st rib it changes names and becomes the axillary artery. b. The axillar ...
... a. The chief artery of the upper limb is going to be the subclavian artery (artery shown in blue). The subclavian artery will arch over the 1st rib (it is directly against the rib and can be compressed against it) and past the 1 st rib it changes names and becomes the axillary artery. b. The axillar ...
failure, and stroke
... • Delivery of O2 and nutrients to, and removal of wastes from, tissue cells • Gas exchange (lungs) • Absorption of nutrients (digestive tract) • Urine formation (kidneys) ...
... • Delivery of O2 and nutrients to, and removal of wastes from, tissue cells • Gas exchange (lungs) • Absorption of nutrients (digestive tract) • Urine formation (kidneys) ...
The Anatomy of Sea Turtles by
... in thickness, except for the pulmonary arteries as they approach the lungs. Pulmonary Veins. Capillaries, venules (small veins), and veins within the lung coalesce into branches that drain into the pulmonary veins (not shown). The pulmonary veins travel along the ventral surface of each bronchus, th ...
... in thickness, except for the pulmonary arteries as they approach the lungs. Pulmonary Veins. Capillaries, venules (small veins), and veins within the lung coalesce into branches that drain into the pulmonary veins (not shown). The pulmonary veins travel along the ventral surface of each bronchus, th ...
Boundless Study Slides
... • gestational sac The gestational sac (or gestation sac) is the only available intrauterine structure that can be used to determine if an intrauterine pregnancy (IUP) exists, until the embryo is identified. • Heuser's membrane Heuser's membrane (or the exocoelomic membrane) is a short-lived combinat ...
... • gestational sac The gestational sac (or gestation sac) is the only available intrauterine structure that can be used to determine if an intrauterine pregnancy (IUP) exists, until the embryo is identified. • Heuser's membrane Heuser's membrane (or the exocoelomic membrane) is a short-lived combinat ...
Gonadal (Ovarian and Spermatic or Testicular) Arteries
... If one or both testicular arteries are missing, the testes are supplied by branches from the vesical or prostatic arteries passing under the arch of the pubis. One or both gonadal arteries may arise from the renal arteries; more rarely, they arise from the middle suprarenal or lumbar arteries. One m ...
... If one or both testicular arteries are missing, the testes are supplied by branches from the vesical or prostatic arteries passing under the arch of the pubis. One or both gonadal arteries may arise from the renal arteries; more rarely, they arise from the middle suprarenal or lumbar arteries. One m ...
major arteries of the head and neck
... oesophagus. They do not give off any branches in the neck. At the level of the superior margin of the thyroid cartilage (C4), the carotid arteries split into the external and internal carotid arteries. This bifurcation occurs in an anatomical area known as the carotid triangle. The common carotid an ...
... oesophagus. They do not give off any branches in the neck. At the level of the superior margin of the thyroid cartilage (C4), the carotid arteries split into the external and internal carotid arteries. This bifurcation occurs in an anatomical area known as the carotid triangle. The common carotid an ...
Anatomical Examination of the Foramens of the Middle Cranial Fossa
... importance of FV lies in the fact that it gives passage to vein of vesalius, an emissary vein. Emissary veins are those which link the intracranial venous sinuses with veins outside the cranial cavity. They pass through the potential space between galea aponeurotica and pericranium (Gupta et al.). T ...
... importance of FV lies in the fact that it gives passage to vein of vesalius, an emissary vein. Emissary veins are those which link the intracranial venous sinuses with veins outside the cranial cavity. They pass through the potential space between galea aponeurotica and pericranium (Gupta et al.). T ...
CHAPTER 9 Questions
... with a one-point injection and clots are freed and move to smaller arteries and block the arterial solution from entering and entire body region, such as the extremities or one side of the head. It then becomes necessary to separately inject this body region in a sectional embalming process. Restric ...
... with a one-point injection and clots are freed and move to smaller arteries and block the arterial solution from entering and entire body region, such as the extremities or one side of the head. It then becomes necessary to separately inject this body region in a sectional embalming process. Restric ...
Document
... • Each common iliac vein (L and R) is formed by the union of the external iliac vein and the internal iliac vein (which drains the pelvis) on its own side. • The common iliac veins join to form the inferior vena cava, which then ascends superiorly in the abdominal cavity ...
... • Each common iliac vein (L and R) is formed by the union of the external iliac vein and the internal iliac vein (which drains the pelvis) on its own side. • The common iliac veins join to form the inferior vena cava, which then ascends superiorly in the abdominal cavity ...
1. Sympathetic fibers in the greater thoracic splanchnic nerve arise
... White rami communicantes carry presynaptic sympathetic fibers to the sympathetic trunk. When a presynaptic nerve fiber reaches the sympathetic chain, there are three things that can happen. First, the nerve fibers can enter a ganglia, synapse at that level, and rejoin the spinal nerve via the grey ...
... White rami communicantes carry presynaptic sympathetic fibers to the sympathetic trunk. When a presynaptic nerve fiber reaches the sympathetic chain, there are three things that can happen. First, the nerve fibers can enter a ganglia, synapse at that level, and rejoin the spinal nerve via the grey ...
Major arteries of the body
... At the end of the lecture, the student should be able to: Define the word ‘artery’ and understand the general principles of the arterial system. Define arterial anastomosis and describe its significance. Define end arteries and give examples. Describe the aorta and its divisions & list the branches ...
... At the end of the lecture, the student should be able to: Define the word ‘artery’ and understand the general principles of the arterial system. Define arterial anastomosis and describe its significance. Define end arteries and give examples. Describe the aorta and its divisions & list the branches ...
Transcripts/4_6 1-2 (Zehren) without extra notes
... vessel has an extremely thin wall like a capillary where it can get its own oxygen and nutrients directly from the blood, vessels need their own blood supply and that is called the vasa vasorum (this is an important term that means vessels of the vessel) b. The thickness of the tunica media is the e ...
... vessel has an extremely thin wall like a capillary where it can get its own oxygen and nutrients directly from the blood, vessels need their own blood supply and that is called the vasa vasorum (this is an important term that means vessels of the vessel) b. The thickness of the tunica media is the e ...
Branches
... The curve of arch lies across upper part of palmar at level with proximal border of extended thumb Gives rise to three palmar metacarpal arteries ...
... The curve of arch lies across upper part of palmar at level with proximal border of extended thumb Gives rise to three palmar metacarpal arteries ...
Cerebrovascular Anatomy 2016
... potential candidate for receiving IV t-PA based on her stroke scale, time window, and absence of contraindications to the drug; however, her blood pressure exceeds the guidelines for use of t-PA and IV labetalol would be indicated. Heparin and dipyridamole/ASA would not be indicated in this acute se ...
... potential candidate for receiving IV t-PA based on her stroke scale, time window, and absence of contraindications to the drug; however, her blood pressure exceeds the guidelines for use of t-PA and IV labetalol would be indicated. Heparin and dipyridamole/ASA would not be indicated in this acute se ...