NEW PATIENT FORM – PEDIATRIC CARDIOLOGY __Dr. Carroll _
... Social History: (Skip if Patient is < 10 Years Old) Does the Patient Drink alcohol?____________ Use Street Drugs?__________________________________ Smoke Cigarettes?__________Chew Tobacco?_____________________________________ Does anyone smoke in the home? ___________________________________________ ...
... Social History: (Skip if Patient is < 10 Years Old) Does the Patient Drink alcohol?____________ Use Street Drugs?__________________________________ Smoke Cigarettes?__________Chew Tobacco?_____________________________________ Does anyone smoke in the home? ___________________________________________ ...
How the Heart Works - chamberssailing.org
... Lets now follow the circulation of blood more closely. Oxygen-poor blood from the head, neck and arms returns to the right atrium (RA) via the superior vena cava (pronounced VEE-nah CAVE-ah) or SVC. On the other hand, oxygen-poor blood from the lower portion of the body returns to the RA via the in ...
... Lets now follow the circulation of blood more closely. Oxygen-poor blood from the head, neck and arms returns to the right atrium (RA) via the superior vena cava (pronounced VEE-nah CAVE-ah) or SVC. On the other hand, oxygen-poor blood from the lower portion of the body returns to the RA via the in ...
Anatomy Practice Test
... Part 3 – Fill in the blanks (2 pts. x 20 = 40 pts.) 21. The main pacemaker of the heart is known as the sinoatrial node. 22. Hair and nails are composed mainly of the fibrous protein keratin. 23. The two pigments that influence skin color are melanin and carotene. 24. The two distinct circulation pa ...
... Part 3 – Fill in the blanks (2 pts. x 20 = 40 pts.) 21. The main pacemaker of the heart is known as the sinoatrial node. 22. Hair and nails are composed mainly of the fibrous protein keratin. 23. The two pigments that influence skin color are melanin and carotene. 24. The two distinct circulation pa ...
File - Groby Bio Page
... • High pressure in pulmonary artery & aorta closes SL valves to prevent backflow into ventricles. • Blood returns to heart & atria fills again due to high pressure in vena cava and pulmonary vein. • Increase in pressure of atria, as ventricles continue to relax , their pressure falls below that of t ...
... • High pressure in pulmonary artery & aorta closes SL valves to prevent backflow into ventricles. • Blood returns to heart & atria fills again due to high pressure in vena cava and pulmonary vein. • Increase in pressure of atria, as ventricles continue to relax , their pressure falls below that of t ...
Cardiovascular Testing Guide
... (the two are compared by the doctor). The nuclear substance most often used in our office is sestamibi (Cardiolite). Thallium may also be used. The substance adds no more risk to the stress test. (i) Persantine or Adenosine Cardiolite stress testing is a resting stress test for individuals who may h ...
... (the two are compared by the doctor). The nuclear substance most often used in our office is sestamibi (Cardiolite). Thallium may also be used. The substance adds no more risk to the stress test. (i) Persantine or Adenosine Cardiolite stress testing is a resting stress test for individuals who may h ...
Unit 4
... Part B – Short Answer (20 Total Marks) 10. What are INTERNEURONS? Explain how they work. (3 marks) Reflex action for fast response; impulse to spinal cord so there is a “more” direct linkage between the sensor neurons and motor neurons; does NOT involve brain 11. The CIRCULATORY SYSTEM has FOUR func ...
... Part B – Short Answer (20 Total Marks) 10. What are INTERNEURONS? Explain how they work. (3 marks) Reflex action for fast response; impulse to spinal cord so there is a “more” direct linkage between the sensor neurons and motor neurons; does NOT involve brain 11. The CIRCULATORY SYSTEM has FOUR func ...
a) what are the primary anatomical features of the heart?
... Two can be “beta” in adult-appear just before birth Two can be “gamma” in fetus-lost right around birth The “HEME” is a ring like structure that has Fe++ in the center. Oxygen is attracted to the Fe++ that binds it temporarily and releases it later where needed. Attachment and release is determined ...
... Two can be “beta” in adult-appear just before birth Two can be “gamma” in fetus-lost right around birth The “HEME” is a ring like structure that has Fe++ in the center. Oxygen is attracted to the Fe++ that binds it temporarily and releases it later where needed. Attachment and release is determined ...
Label the heart diagram
... 6.2.U8 The heart beat is initiated by a group of specialized muscle cells in the right atrium called the sinoatrial node. AND 6.2.U9 The sinoatrial node acts as a pacemaker. AND 6.2.U10 The sinoatrial node sends out an electrical signal that stimulates contraction as it is propagated through the wa ...
... 6.2.U8 The heart beat is initiated by a group of specialized muscle cells in the right atrium called the sinoatrial node. AND 6.2.U9 The sinoatrial node acts as a pacemaker. AND 6.2.U10 The sinoatrial node sends out an electrical signal that stimulates contraction as it is propagated through the wa ...
CARDIOVASCULAR SYSTEM: Heart (Chapter 20) Cardiovascular
... example, if the SA node does not function properly, the part of the heart to produce the action potentials at the next highest frequency is the AV node. ...
... example, if the SA node does not function properly, the part of the heart to produce the action potentials at the next highest frequency is the AV node. ...
LAB Heart Dissection
... 9. Using your scissors, continue to cut open the heart. Start a cut on the outside of the left atrium downward into the left ventricle cutting toward the apex to the septum at the center groove. Push open the heart at this cut with your fingers & rinse out any dried blood with water. 10. Examine the ...
... 9. Using your scissors, continue to cut open the heart. Start a cut on the outside of the left atrium downward into the left ventricle cutting toward the apex to the septum at the center groove. Push open the heart at this cut with your fingers & rinse out any dried blood with water. 10. Examine the ...
Circulatory System
... branches into marginal artery and posterior interventricular artery (blood leaves these areas by the middle cardiac vein to enter coronary sinus and back to right atrium) Left Coronary arteries supplies blood to left ventricle and left atrium branches into circumflex artery and anterior interventric ...
... branches into marginal artery and posterior interventricular artery (blood leaves these areas by the middle cardiac vein to enter coronary sinus and back to right atrium) Left Coronary arteries supplies blood to left ventricle and left atrium branches into circumflex artery and anterior interventric ...
TRICUSPID ATRESIA BY DR ANKUR
... INITIAL MEDICAL MANAGEMENT • PGE1 should be started in neonates with severe cyanosis to maintain patency of the ductus before cardiac catheterization or planned surgery • Balloon atrial septostomy may be carried out as part of the initial catheterization to improve the RA-LA shunt. ...
... INITIAL MEDICAL MANAGEMENT • PGE1 should be started in neonates with severe cyanosis to maintain patency of the ductus before cardiac catheterization or planned surgery • Balloon atrial septostomy may be carried out as part of the initial catheterization to improve the RA-LA shunt. ...
Patient information: Coronary artery bypass graft surgery (Beyond
... coronary artery, multiple narrowed coronary arteries, and poor pumping function of their left ventricle (lower heart chamber) generally live longer when they undergo CABG as compared to patients who have medical or less invasive (balloon angioplasty or stent) treatment. Future risk of cardiac event ...
... coronary artery, multiple narrowed coronary arteries, and poor pumping function of their left ventricle (lower heart chamber) generally live longer when they undergo CABG as compared to patients who have medical or less invasive (balloon angioplasty or stent) treatment. Future risk of cardiac event ...
Science Olympiad: Anatomy and Physiology 2014-2015
... echocardiogram to evaluate Isabelle’s heart. The ECG will show Isabelle’s heart rate and rhythm. The echocardiogram (ultrasound of the heart) will provide a picture of Isabelle’s heart structure, and show how blood flows through Isabelle’s heart. For some of the case study questions you should imagi ...
... echocardiogram to evaluate Isabelle’s heart. The ECG will show Isabelle’s heart rate and rhythm. The echocardiogram (ultrasound of the heart) will provide a picture of Isabelle’s heart structure, and show how blood flows through Isabelle’s heart. For some of the case study questions you should imagi ...
PERSANTINE Product Monograph Page 17 of 18 PART III
... WARNINGS AND PRECAUTIONS Since this drug may cause sudden death, cardiac arrest and ECG change, it should be only used in a clinical setting with appropriate equipment and under the monitoring of trained health professionals. ...
... WARNINGS AND PRECAUTIONS Since this drug may cause sudden death, cardiac arrest and ECG change, it should be only used in a clinical setting with appropriate equipment and under the monitoring of trained health professionals. ...
HEART SOUNDS
... • Cause of third heart sound – Rush of blood from Atria to Ventricle during rapid filling phase of Cardiac Cycle. It causes vibration in the blood • Frequency:20-30 Htz • Time: 0.1 sec ...
... • Cause of third heart sound – Rush of blood from Atria to Ventricle during rapid filling phase of Cardiac Cycle. It causes vibration in the blood • Frequency:20-30 Htz • Time: 0.1 sec ...
Hemolytic anemia - Brookwood High School
... Healed heart attacks form scar tissue which can lead to ventricular tachycardia. This can occur days, months, or years after the heart attack. Ventricular tachycardia can also result from anti-arrhythmic medications (an undesired effect) or from altered blood chemistries (such as a low potassium lev ...
... Healed heart attacks form scar tissue which can lead to ventricular tachycardia. This can occur days, months, or years after the heart attack. Ventricular tachycardia can also result from anti-arrhythmic medications (an undesired effect) or from altered blood chemistries (such as a low potassium lev ...
Pulmonary Atresia Intact Ventricular Septum
... Dependent on the RV for circulation Occurs in patients with a hypertensive RV; not those with tricuspid regurgitation (TR) o Determine surgical management vs transplant Clinical manifestations o Cyanosis at birth May be severe Associated with tachypnea o Heart sounds Single S2 Soft TR mu ...
... Dependent on the RV for circulation Occurs in patients with a hypertensive RV; not those with tricuspid regurgitation (TR) o Determine surgical management vs transplant Clinical manifestations o Cyanosis at birth May be severe Associated with tachypnea o Heart sounds Single S2 Soft TR mu ...
Cardiovascular Physiology
... higher than in skeletal muscle (65% of arterial oxygen is extracted as compared to 25%). Therefore any increased myocardial metabolic demand must be matched by increased coronary blood flow. This is a local response, mediated by changes in coronary arterial tone, with only a small input from the aut ...
... higher than in skeletal muscle (65% of arterial oxygen is extracted as compared to 25%). Therefore any increased myocardial metabolic demand must be matched by increased coronary blood flow. This is a local response, mediated by changes in coronary arterial tone, with only a small input from the aut ...
Review of Congenital Heart Disease
... Pulmonic Stenosis (PS) is also one of the more common congenital cardiac diseases in dogs. PS is rarely seen in cats. PS is seen most often in Chihuahuas, Labradors, Newfoundland, Beagles, Boxers, Bulldogs, and Terrier breeds. There are multiple forms of PS. The pulmonic valve may be thickened or th ...
... Pulmonic Stenosis (PS) is also one of the more common congenital cardiac diseases in dogs. PS is rarely seen in cats. PS is seen most often in Chihuahuas, Labradors, Newfoundland, Beagles, Boxers, Bulldogs, and Terrier breeds. There are multiple forms of PS. The pulmonic valve may be thickened or th ...
By the end of this session, the student should be able to
... neural folds from PHCs PHF give rise to atria, left ventricle and all most all of right ventricle PHF appears around 16-18 days Secondary Heart field Rest of right ventricle and out flow tract (conus cordis and truncus arteriosus) derives from SHF. ...
... neural folds from PHCs PHF give rise to atria, left ventricle and all most all of right ventricle PHF appears around 16-18 days Secondary Heart field Rest of right ventricle and out flow tract (conus cordis and truncus arteriosus) derives from SHF. ...
Sheep Heart Dissection (v1)
... enters the right ventricle through the one-way tricuspid valve. The pulmonary trunk, carrying blood low in oxygen and high in carbon dioxide to the lungs, exits the right ventricle and curves toward the left side of the heart. Blood pumped into the pulmonary trunk is prevented from returning to the ...
... enters the right ventricle through the one-way tricuspid valve. The pulmonary trunk, carrying blood low in oxygen and high in carbon dioxide to the lungs, exits the right ventricle and curves toward the left side of the heart. Blood pumped into the pulmonary trunk is prevented from returning to the ...
svhs advanced biology cardiovascular system
... Using the directions provided in this lab packet dissect the pig's heart. Identify the structures that are listed below. From your text pages 342-347 identify the function of each of the structures and fill the information in on the appropriate space. Each team of two will then bring their heart and ...
... Using the directions provided in this lab packet dissect the pig's heart. Identify the structures that are listed below. From your text pages 342-347 identify the function of each of the structures and fill the information in on the appropriate space. Each team of two will then bring their heart and ...
Dextro-Transposition of the great arteries
dextro-Transposition of the great arteries (d-Transposition of the great arteries, dextro-TGA, or d-TGA), sometimes also referred to as complete transposition of the great arteries, is a birth defect in the large arteries of the heart. The primary arteries (the aorta and the pulmonary artery) are transposed.It is called a cyanotic congenital heart defect (CHD) because the newborn infant turns blue from lack of oxygen.In segmental analysis, this condition is described as ventriculoarterial discordance with atrioventricular concordance, or just ventriculoarterial discordance.d-TGA is often referred to simply as transposition of the great arteries (TGA); however, TGA is a more general term which may also refer to levo-transposition of the great arteries (l-TGA).Another term commonly used to refer to both d-TGA and l-TGA is transposition of the great vessels (TGV), although this term might have an even broader meaning than TGA.