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Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

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Cardiovascular system
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Page 1: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Cardiovascular system

Page 2: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Fully Formed by the 4th Week of embryonic development

Page 3: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Location of the Heart

Page 4: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Pericardium

Page 5: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.
Page 6: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Chambers

Page 7: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Heart diagrams

Page 8: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.
Page 9: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Chordae Tendineae-cord-like tendons that connect the papillary muscles to the

tricuspid valve and the mitral valve in the heart.

Page 10: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Great Vessels

Page 11: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Pathway of Blood

Page 12: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Circuits

Page 13: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Valves

Page 14: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Cardiac Conduction System

Page 15: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

EKG

Page 16: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Blood Vessels

Page 17: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Blood Pressure

Page 18: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.
Page 19: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Atherosclerosis

Page 20: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Bacterial Endocarditis

Page 21: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Patent Ductus Arteriosus

Page 22: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

CHF

Page 23: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Cor Pulmonale

Page 24: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Varicose VeinsWhen you walk and your leg muscles squeeze, the venous pump works well. But when you sit or stand, especially for a long time, the blood in your leg veins can pool and the pressure in your veins can increase. Deep veins and perforating veins are usually able to withstand short periods of increased pressures. However, if you are a susceptible individual, your veins can stretch if you repeatedly sit or stand for a long time. This stretching can sometimes weaken the walls of your veins and damage your vein valves. Varicose veins may result

Page 25: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Varicose Veins

Page 26: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Aortic Aneurysm

Page 27: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.
Page 28: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Aortic Thrombus

Page 29: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Stroke (CVA)

Page 30: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Raynaud’s Disease

Page 31: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Esophageal VaricesEsophageal varices occur most often in people with serious liver diseases. Esophageal varices develop when normal blood flow to your liver is slowed. The blood then backs up into nearby smaller blood vessels, such as those in your esophagus, causing the vessels to swell. Sometimes, esophageal varices can rupture, causing life-threatening bleeding

Page 32: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Esophageal Varices

Page 33: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Tetralogy of Fallottralogy of Fallot is rare, but it is the most common form of cyanotic congenital heart disease. Patients with tetraology of Fallot are more likely to also have other congenital defects.The cause of most congenital heart defects is unknown. Many factors seem to be involved.Factors that increase the risk for this condition during pregnancy include:

Alcoholism in the motherDiabetesMother who is over 40 years oldPoor nutrition during pregnancyRubella or other viral illnesses during pregnancy

Children with tetralogy of Fallot are more likely to have chromosome disorders, such as Down syndrome and DiGeorge syndrome (a condition that causes heart defects, low calcium levels, and poor immune function).SymptomsBlue color to the skin (cyanosis), which gets worse when the baby is upsetClubbing of fingers (skin or bone enlargement around the fingernails) Difficulty feeding (poor feeding habits)Failure to gain weightPassing outPoor developmentSquatting during episodes of cyanosis

Page 34: Cardiovascular system. Fully Formed by the 4 th Week of embryonic development.

Tetralogy of Fallot


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