Ischemic Heart Disease MI
... • MI= Also called Heart attack • Incidence = disease of old – elderly (45% in 65 yrs. old) – young ( 10% in 40yrs. Old), ...
... • MI= Also called Heart attack • Incidence = disease of old – elderly (45% in 65 yrs. old) – young ( 10% in 40yrs. Old), ...
File
... needed to push blood to lungs • Left ventricle large force needed to push blood all over body • VERY MUSCULAR • Greater pressure developed in left ventricle than left atria ...
... needed to push blood to lungs • Left ventricle large force needed to push blood all over body • VERY MUSCULAR • Greater pressure developed in left ventricle than left atria ...
Review of Congenital Heart Disease
... in the membranous septum near the aortic valve. Since the pressure is higher in the left side of the heart, blood will shunt from left to right across the VSD. The murmur of VSD is typically heard best on the right. With this defect, a louder murmur equates with a smaller defect and overall less ser ...
... in the membranous septum near the aortic valve. Since the pressure is higher in the left side of the heart, blood will shunt from left to right across the VSD. The murmur of VSD is typically heard best on the right. With this defect, a louder murmur equates with a smaller defect and overall less ser ...
Our Circulatory Systems
... cut off to an area of the heart. Stents: tiny mesh tube that is inserted in narrowed area to keep it open. Some coated with medication to help prevent the artery from closing again. ...
... cut off to an area of the heart. Stents: tiny mesh tube that is inserted in narrowed area to keep it open. Some coated with medication to help prevent the artery from closing again. ...
Cardiac Histology - Stritch School of Medicine
... • Thickest layer of the heart • Thickest in left ventricle because must pump hard to overcome high pressure of systemic circulation • Right atrium the thinnest because of low resistance to back flow • Consist of cardiac muscle cells = myocytes – Different from smooth or skeletal muscle cells due to ...
... • Thickest layer of the heart • Thickest in left ventricle because must pump hard to overcome high pressure of systemic circulation • Right atrium the thinnest because of low resistance to back flow • Consist of cardiac muscle cells = myocytes – Different from smooth or skeletal muscle cells due to ...
bio310 test2 with answers
... B. Calcium from the sarcoplasmic reticulum is the major source for cardiac contraction. C. Troponin is not required for contraction in cardiac muscle. D. None of the above choices are correct 9. Which of the following statements about the cardiac cycle is true? A. During isovolumetric relaxation, bl ...
... B. Calcium from the sarcoplasmic reticulum is the major source for cardiac contraction. C. Troponin is not required for contraction in cardiac muscle. D. None of the above choices are correct 9. Which of the following statements about the cardiac cycle is true? A. During isovolumetric relaxation, bl ...
Chapter 14
... fill it more fully with blood. The increased stretch of the ventricle will align its actin and myosin in a more optimal pattern of overlap. ...
... fill it more fully with blood. The increased stretch of the ventricle will align its actin and myosin in a more optimal pattern of overlap. ...
Chapter 14
... fill it more fully with blood. The increased stretch of the ventricle will align its actin and myosin in a more optimal pattern of overlap. ...
... fill it more fully with blood. The increased stretch of the ventricle will align its actin and myosin in a more optimal pattern of overlap. ...
Chapter 14
... fill it more fully with blood. The increased stretch of the ventricle will align its actin and myosin in a more optimal pattern of overlap. ...
... fill it more fully with blood. The increased stretch of the ventricle will align its actin and myosin in a more optimal pattern of overlap. ...
Southwestern Illinois EMS System
... On the menu at top click on “Slide Show” and then click on “From Beginning” , If this opens in PowerPoint, otherwise just click to start. ...
... On the menu at top click on “Slide Show” and then click on “From Beginning” , If this opens in PowerPoint, otherwise just click to start. ...
SBI3U_04_10_Circulatory_Health
... • Blood pH becomes more acidic, causing blood vessels to dilate, while stimulating deeper breathing to replenish O2 in the blood. • Heart rate increases, so oxygenated blood is pumped more efficiently throughout body. • Regular exercise increases body’s capacity to utilize oxygen (e.g., 10% more in ...
... • Blood pH becomes more acidic, causing blood vessels to dilate, while stimulating deeper breathing to replenish O2 in the blood. • Heart rate increases, so oxygenated blood is pumped more efficiently throughout body. • Regular exercise increases body’s capacity to utilize oxygen (e.g., 10% more in ...
Presentation1 Hf File
... eht teem ot wolf doolb tneiciffus ylppus ot eruliaf traeh fo esuac sdeen s'ydob ...
... eht teem ot wolf doolb tneiciffus ylppus ot eruliaf traeh fo esuac sdeen s'ydob ...
Shone Syndrome - Adult Congenital Heart Association
... inhibitors relax the muscles and take pressure off the heart. It is very important to monitor these conditions closely as they can lead to a number of long term problems. Your ACHD doctor will want to monitor this carefully. Small Aortic Arch. The aorta is the main blood vessel that carries blood fr ...
... inhibitors relax the muscles and take pressure off the heart. It is very important to monitor these conditions closely as they can lead to a number of long term problems. Your ACHD doctor will want to monitor this carefully. Small Aortic Arch. The aorta is the main blood vessel that carries blood fr ...
the circulatory system
... the heart and eventually diffuses back into the lungs which then realease it into the air. Heart Diseases: Coronary artery diseases: artery can become blocked by deposits of fat, cholesterol, etc Blood (with oxygen) cannot get to heart muscle – heart can stop pumping (heart attack) Cause can be g ...
... the heart and eventually diffuses back into the lungs which then realease it into the air. Heart Diseases: Coronary artery diseases: artery can become blocked by deposits of fat, cholesterol, etc Blood (with oxygen) cannot get to heart muscle – heart can stop pumping (heart attack) Cause can be g ...
Aortic Stenosis
... Surgical Aortic Valve Replacement - Indication for surgery: o Severe aortic stenosis o + 1 of the following: Symptomatic [D] ...
... Surgical Aortic Valve Replacement - Indication for surgery: o Severe aortic stenosis o + 1 of the following: Symptomatic [D] ...
Heart Failure - Deranged Physiology
... FBC: Looking for anaemia, which would in turn cause tachycardia in an underperfused heart Electrolytes Looking for derangements of calcium and potassium (cause arrhythmia) Liver Function Tests Looking for liver failure, to exclude a non-cardiac reason for hepatomegaly ...
... FBC: Looking for anaemia, which would in turn cause tachycardia in an underperfused heart Electrolytes Looking for derangements of calcium and potassium (cause arrhythmia) Liver Function Tests Looking for liver failure, to exclude a non-cardiac reason for hepatomegaly ...
RAD 204 PATHOLOGY
... ductus arteriosus allows Oxygenated Placental Blood to flow from Pulm. Artery to Aorta (BYPASSING LUNGS) @ birth: pulmonary vasculature resistance declines, blood is diverted to lungs for oxygenation and ductus arteriosus closes within 1st few days of life ...
... ductus arteriosus allows Oxygenated Placental Blood to flow from Pulm. Artery to Aorta (BYPASSING LUNGS) @ birth: pulmonary vasculature resistance declines, blood is diverted to lungs for oxygenation and ductus arteriosus closes within 1st few days of life ...
Read More… - Dr. Meletis
... In my clinical practice, I often use a combination of magnesium, taurine, Panax notoginseng, Sophora flavescens and berberine sulfate (all found in Cardio Rhythm) to help optimize heart rhythm in my patients. Insufficient serum and red blood cell magnesium levels results in altered heart rhythm, and ...
... In my clinical practice, I often use a combination of magnesium, taurine, Panax notoginseng, Sophora flavescens and berberine sulfate (all found in Cardio Rhythm) to help optimize heart rhythm in my patients. Insufficient serum and red blood cell magnesium levels results in altered heart rhythm, and ...
BME-HUMAN ANATOMY-6 - Near East University
... • ECG is used for monitoring heart rythm and detect possible coronary problems ...
... • ECG is used for monitoring heart rythm and detect possible coronary problems ...
Pulmonary Atresia and intact ventricular septum:
... After the shunt is open, low diastolic pressure with decreased coronary perfusion may persist Patients who are hypoxic after RVOT patch/dilation might need a BTS Development of pulmonary regurgitation can cause a retrograde circular shunt (RV-RA-LA-LV-Ao-BTS-PARV) ...
... After the shunt is open, low diastolic pressure with decreased coronary perfusion may persist Patients who are hypoxic after RVOT patch/dilation might need a BTS Development of pulmonary regurgitation can cause a retrograde circular shunt (RV-RA-LA-LV-Ao-BTS-PARV) ...
Infections in Patients with Diabetes Mellitus
... Need to take anti-rejection medications as long as transplanted is functioning. These medications have potential for significant adverse effects. ...
... Need to take anti-rejection medications as long as transplanted is functioning. These medications have potential for significant adverse effects. ...
Egyptian Gods gallery - hrsbstaff.ednet.ns.ca
... head and hippopotamus legs) will devour the heart and condemn the deceased to eternal oblivion. If the heart is lighter than the feather, it means that the deceased has led a ...
... head and hippopotamus legs) will devour the heart and condemn the deceased to eternal oblivion. If the heart is lighter than the feather, it means that the deceased has led a ...
Cardiac surgery
Cardiovascular (heart) surgery is surgery on the heart or great vessels performed by cardiac surgeons. Frequently, it is done to treat complications of ischemic heart disease (for example, coronary artery bypass grafting), correct congenital heart disease, or treat valvular heart disease from various causes including endocarditis, rheumatic heart disease and atherosclerosis. It also includes heart transplantation.