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How Does Blood Circulate? Lesson Idea
How Does Blood Circulate? Lesson Idea

... know that blood flows away from the heart in arteries and back to the heart in veins. Did you wonder why the blood doesn't flow back through the arteries? Explain that the heart has valves. Valves are similar to trapdoors that allow only one-way movement. The valves in each side of the heart keep th ...
Simultaneous Coronary Artery Bypass and Carotid Endarterectomy
Simultaneous Coronary Artery Bypass and Carotid Endarterectomy

... Byrne J and colleagues reported 758 cases with low morbidity and mortality (3.1%) ...
Cardiovascular Review
Cardiovascular Review

... Keepin’ time….  The ...
Peter Angelopoulos, M.D.,  F.A.C.C., F.S.C.A.I., F.S.V.M.
Peter Angelopoulos, M.D.,  F.A.C.C., F.S.C.A.I., F.S.V.M.

... with decreased blood flow and oxygen to the  heart muscle  20 min after blockage of a coronary artery,  parts of the heart muscle start to die  The earlier we open the blocked artery, the  more heart muscle we can save and decrease  the patient’s morbidity and mortality ...
File - Mr. Graff`s Science Room
File - Mr. Graff`s Science Room

... Lubb - AV valve closes Dubb - semilunar valve closes Other sounds? Heart murmur -when blood in the heart flows back from a ventricle to an atrium -caused by AV valves not closing properly ...
Atrial Fibrillation: Does Your Heart Flutter, Flop, or Fly
Atrial Fibrillation: Does Your Heart Flutter, Flop, or Fly

... “Normally we’ll prescribe benign medication like beta–blockers -- medications that slow the heart rate -- in addition to aspirin or some form of blood thinner, such as warfarin [Coumadin] to reduce stroke risk,” says Hranitzky. ...
(PowerPoint) Gulf Coast 2013 - Yale Center for Teaching and
(PowerPoint) Gulf Coast 2013 - Yale Center for Teaching and

... A. Students will be able to state the components of blood. B. Students will be able to describe the flow of blood through the heart and vasculature. C. Students will be able to evaluate the role of blood as it relates to temperature regulation. D. Students will be able to identify medical disorders ...
Thecirculatorysystem1[CompatibilityMode].
Thecirculatorysystem1[CompatibilityMode].

... causing more blood to squirt back into the heart  The heart gets fuller – fibres stretch more  Because fibres are more stretched the heart ...
New-‐onset Heart Failure – diagnosis and iniºal management
New-‐onset Heart Failure – diagnosis and iniºal management

... Diastolic  dysfunc#on   Acute  coronary  syndromes   Hypertension  with  lea  ventricular  hypertrophy   Valvular  heart  disease  (aor#c  stenosis,  mitral  valve  regurgita#on)     Atrial  fibrilla#on   ...
Nurs 1100 LAB
Nurs 1100 LAB

...  Foremen ovale closes within first hour because of new lower pressure in right side of heart than in left side  Ductus arteriosus closes later, within 10-15 hours of birth  LV has greater workload of pumping into the systemic circulation  When baby has reached 1 year, the LV’s mass increases to ...
7 - ISpatula
7 - ISpatula

... Action potential enters AV bundle and leaves to the ventricles → QRS complex which masks atrial repolarization (un-recordable) Contraction of ventricles (systole)  Begins shortly after QRS complex appears and continues during S-T segment Repolarization of ventricular fibers → T wave ...
Cardiovascular System aka Circulatory System
Cardiovascular System aka Circulatory System

... Cardio- means heart  Vascular- means blood vessels  Aka Circulatory System because its job is to circulate blood throughout the body.  Blood carries many materials including: ...
MTG Digest - Arrhythmia Alliance
MTG Digest - Arrhythmia Alliance

... The defining feature of this new bi-directional catheter is its patented micro-tensioning system. With the micro-tensioning system physicians can, through a series of very small, continuous micro-movements, progressively dial in the precise force desired for deflection of the catheter. Because the m ...
irregular pulse in a nine-year old girl
irregular pulse in a nine-year old girl

... structural defects such as L-transposition of the great arteries. It may be associated with matemallupus erythematosus.2 Autoimmune disease accounts for 60% to 70% of all congenital heart block and 80% of cases with a structurally normal heart. 2 ...
Cardiovascular System: Physiology
Cardiovascular System: Physiology

... *lets the atria contract before the ventricles ...
Cardiac Conduction
Cardiac Conduction

... squares between the QRS complexes. • For example, if there are 4 large squares between regular QRS complexes, the heart rate is 75 (300/4=75). ...
Heart Failure
Heart Failure

... Increased pulmonary pressures Crackles/rales Tachycardia Chest pain AMS Pulmonary edema ...
Chapter 12 Checkpoint Questions 2012
Chapter 12 Checkpoint Questions 2012

... 20. If the cardioinhibitory center of the medulla oblongata were damaged, which part of the autonomic nervous system would be affected, and how would the heart be influenced? Explain your answer. ...
Percutaneous ventricular restoration in a chronic
Percutaneous ventricular restoration in a chronic

... for class I patients of 10%, class II patients of 20%, class III patients of 30 to 40% and class IV patients a two-year-mortality rate of up to 50%. Heart failure is more common in patients with an anterior infarction3. This is due to the amount of myocardium affected and also due to the curved geom ...
Cardiovascular response to extreme circumstances
Cardiovascular response to extreme circumstances

... positive inotropic agents increase available intracellular Ca2+ increase number of ...
Cardiovascular response to extreme circumstances
Cardiovascular response to extreme circumstances

... positive inotropic agents increase available intracellular Ca2+ increase number of ...
bio310 test2 with answers
bio310 test2 with answers

... Capillary pressure increases C. Interstitial fluid pressure decreases D. Interstitial osmotic pressure increases 7. In an electrocardiogram, the QRS complex represents the A. depolarization of the atria. B. repolarization of the atria. C. depolarization of the ventricles. D. repolarization of the ve ...
Putting It All Together
Putting It All Together

... complaining of severe pressure in his chest and pain that was radiating to his shoulder. The patient is now perspiring and breathing rapidly and appears very anxious. He states, “I feel like I can’t catch my breath. I still feel the pressure, but it has gotten a little bit better.” ...
Heart and Blood Vessels - Lerner Research Institute
Heart and Blood Vessels - Lerner Research Institute

... damage and often other physical harm. Carotid stenosis – a blockage caused by plaque build-up in the carotid arteries on either side of the neck – is a significant but treatable risk factor for stroke. In the US, physicians perform more than 100,000 active procedures each year to clear such blockage ...
Blood Pressure (BP)
Blood Pressure (BP)

... – Highest arterial pressure in the cardiac cycle. – Dicrotic notch = a small notch in the invasive arterial pressure curve that represents closure of the aortic valve, producing a brief period of retrograde flow. ...
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Jatene procedure

The Jatene procedure, or arterial switch, is an open heart surgical procedure used to correct dextro-transposition of the great arteries (d-TGA); its development was pioneered by Canadian cardiac surgeon William Mustard and it was named for Brazilian cardiac surgeon Adib Jatene, who was the first to use it successfully. It was the first method of d-TGA repair to be attempted, but the last to be put into regular use because of technological limitations at the time of its conception. Use of the arterial switch is historically preceded by two atrial switch methods: the Senning and Mustard procedures.This surgery may be used in combination with other procedures for treatment of certain cases of double outlet right ventricle (DORV) in which the great arteries are dextro-transposed.
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