'Capillary bed' diaporamas de présentation

Hemodynamic Principles The Fundamentals

Hemodynamic Principles The Fundamentals. Alan Keith Berger, MD Divisions of Cardiology and Epidemiology University of Minnesota Minneapolis, MN. September 10, 2003. Hemodynamic Principles An Overview. Pressure measurement Right and left heart catheterization Cardiac output measurement

4.72k views • 274 slides

PERIPHERAL VASCULAR SURGERY

PERIPHERAL VASCULAR SURGERY. Summary. Anatomy & Physiology Pathology Diagnostic Exams Preparation Prep/Positioning Basic Supplies, Equipment, Instrumentation Peripheral Vascular Procedures: Vascular access Carotid endarterectomy Bypass procedures. Terminology .

1.03k views • 69 slides

Biology 20

829 views • 63 slides

Respiratory System

632 views • 57 slides

Cardiovascular System

Cardiovascular System. Circulatory System Transport system Food and oxygen to cells Waste and carbon dioxide away from cells. Circulatory System. Heart Blood vessels Arteries- Veins- Capillaries Blood Red blood cells White Blood cells Platelets. The heart. Cardiac Cycle.

505 views • 38 slides

Endocrine System

Endocrine System. Chemical Control. What are endocrine hormones?. Chemical signals from one cell to remote target cells. Chemicals for direct cell-to-cell communication. Chemicals that cross a gap between to adjacent cells. Messenger Molecules.

542 views • 36 slides

Approach to the Cyanotic Infant

Approach to the Cyanotic Infant. Billie Parsley. Goals. Recognition of a cyanotic infant What to do in any setting from ICU to rural community pediatric practice What questions to ask What to look for What imaging to order What test to order. Case.

1.09k views • 34 slides

Blood Cells

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COPD IN LONG TERM CARE

COPD IN LONG TERM CARE. Examining Emphysema and Chronic Bronchitis. Objectives. Understand the diagnostic criteria for COPD Understand the relevance of COPD exacerbations Understand the features that predict a poor prognosis in COPD Understand the treatment of COPD .

576 views • 32 slides

HEMOPTYSIS

HEMOPTYSIS. Suhail Allaqaband Sinai Samaritan Medical Center Milwaukee, WI. HEMOPTYSIS. Hemoptysis, or the expectoration of blood, can range from blood-streaking of sputum to the presence of gross blood in the absence of any accompanying sputum

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Circulation of Glucose, Oxygen, and Carbon Dioxide

506 views • 25 slides

The Cardiovascular System

347 views • 24 slides

Chapter 26

Chapter 26. The Urinary System. Part B. Capillary Beds of the Nephron. Every nephron has two capillary beds Glomerulus Peritubular capillaries Each glomerulus is: Fed by an afferent arteriole Drained by an efferent arteriole. Capillary Beds of the Nephron.

409 views • 23 slides

Blood Vessels of the Cardiovascular System

Blood Vessels of the Cardiovascular System. Blood Vessels. Closed circuit of tubes that carry blood between tissue and the heart. Arteries and arterioles Carries blood away from ventricles Capillaries Exchange of substances with cells Venules and veins Returns blood to atria.

364 views • 22 slides

The kidney

The kidney. Topic 11.3. Assessment Statements. 11.3.1 Define excretion . 11.3.2 Draw and label a diagram of the kidney. 11.3.3 Annotate a diagram of a glomerulus and associated nephron to show the function of each part.

337 views • 19 slides

PHYSIOLOGY OF MICROCIRCULATION.

PHYSIOLOGY OF MICROCIRCULATION. The microcirculation refers to the smallest blood vessels in the body:. the smallest arterioles the metarterioles the precapillary sphincters the capillaries the small venules. Functional element of microcirculation.

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Exercise Science The Cardiovascular System

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Capillary Beds

Capillary Beds. Capillary Beds : network of capillaries in tissues. Microcirculation : flow of blood from arteriole to venule through the capillary bed Oxygen and nutrients cross to cells Carbon dioxide and metabolic waste products cross into blood. Figure 11.10. Capillary Beds.

1.94k views • 12 slides

Gas Exchange

Gas Exchange. Topic 6.4. Assessment Statements. 6.4.1 Distinguish between ventilation , gas exchange and cell respiration . 6.4.2 Explain the need for a ventilation system. 6.4.3 Describe the features of alveoli that adapt them to gas exchange.

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1. Marsupials and Monotreme

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