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Describe the development of the trachea, bronchi and lungs
not yet covered
-
Discuss the anatomy of the respiratory tract and thorax
1 question
-
Explain the functional histology of the respiratory tract
1 question
-
Explain the mechanics of respiration
4 questions
-
Discuss gaseous transport mechanics
not yet covered
-
Understand how gaseous exchange occurs in the lung and in peripheral tissues
not yet covered
-
Understand how gas is transported by blood and the functions of the proteins involved
not yet covered
-
Apply knowledge of cardiovascular structure to function
not yet covered
-
Describe the structure of the pericardium and heart in relation to function
not yet covered
-
Explore the microscopic structure of arteries, arterioles, veins and capillaries
not yet covered
Gross Anatomy
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Use anatomical terms both in oral as well as in written description
not yet covered
-
Identify the various structures of the thorax including heart and lungs
not yet covered
-
Describe the structural components of the thoracic wall and respiratory system
not yet covered
-
Correlate the various structures of the thorax with their function
not yet covered
-
Discuss the effect of nerve and vascular injury on structure and function
not yet covered
Thoracic Wall and Intercostal Space
-
Draw a generalized vertebra and label features
10 questions
-
Demonstrate special features of typical thoracic vertebra
9 questions
-
Describe the structure of an intervertebral disc
6 questions
-
Demonstrate features on a typical rib
15 questions
-
Identify the first, second and twelfth ribs
13 questions
-
Classify the joints of the thoracic cage
13 questions
-
Describe the arrangement of muscle layers and vessels in intercostal space
14 questions
-
Describe the form and attachments of the diaphragm
18 questions
-
Describe the nerve supply of intercostal muscles and diaphragm
14 questions
-
At the end of this session, students should be able to draw a generalized vertebra
13 questions
-
At the end of this session, students should be able to describe the arrangement of muscle layers
13 questions
Mediastinum (subdivision & contents)
-
Define Superior, Anterior, Middle, and Posterior Mediastinum
14 questions
-
Demonstrate the inferior boundary of the superior mediastinum
11 questions
-
Describe the course and relations of the trachea, thoracic duct, and oesophagus
17 questions
-
List in order the main branches of the thoracic part of the aorta
5 questions
-
Describe the origins and relations of the brachiocephalic veins and azygos system
15 questions
-
Describe the course of the right and left vagus nerves
16 questions
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At the end of this session, students should be able to define mediastinum terms
5 questions
Developmental Anatomy
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Understand and describe the development and fate of veins associated with the heart
18 questions
-
Describe the circulation through the primordial heart
10 questions
-
Explain the development of the heart and septation
16 questions
-
Describe the derivatives and fate of the pharyngeal arch vessels
13 questions
-
Understand the basis of transition of foetal circulation
5 questions
Histology
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Identify arteries, arterioles, veins and capillaries in electron micrographs
12 questions
-
Describe the microscopic structure of arteries, arterioles, veins and capillaries
22 questions
-
Discuss the functional significance of the arteries, arterioles, veins and capillaries
20 questions
-
Identify and describe the microscopic features of the respiratory system
not yet covered
-
Identify and describe the microscopic features of the blood air barrier
not yet covered
Blood Vessels
-
Describe general features of blood vessels
6 questions
-
Identify elastic arteries (aorta)
16 questions
-
Identify muscular arteries, veins, and capillaries
11 questions
-
Identify arteries, arterioles, veins and capillaries in electron micrographs
12 questions
-
Describe the microscopic structure of arteries, arterioles, veins and capillaries
11 questions
-
Discuss the functional significance of the arteries, arterioles, veins and capillaries
14 questions
Physiology
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Understand and measure cardiac output and explain factors controlling heart rate
5 questions
-
Understand the laws that affect blood flow and resistance
not yet covered
-
Know factors involved in the regulation of arterial pressure
not yet covered
-
Describe regional circulations and their methods of measurements
not yet covered
-
Describe the types of shock and their pathophysiology
not yet covered
-
Describe the mechanics of respiration and gas transfer
not yet covered
Heart as a Pump
-
Define and measure cardiac output using Fick's principle and dye dilution
9 questions
-
Explain extrinsic and intrinsic mechanisms controlling heart rate and stroke volume
7 questions
-
Describe venous return factors including respiratory and muscle pumps
14 questions
-
Understand cardiac and systemic function curves
5 questions
-
At the end of the lectures students should be able to understand and measure cardiac output
10 questions
Biochemistry
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Understand how gaseous exchange occurs in the lung and in peripheral tissues
not yet covered
-
Understand how gas is transported by blood and the functions of the proteins involved
not yet covered
-
Describe the structure, function and oxygen-binding properties of hemoglobin
13 questions
-
Understand the basics of acid-base biochemistry and pH regulation
7 questions
Hemoglobin and Gas Transport
-
Describe the structure, function and oxygen-binding properties of hemoglobin
11 questions
-
Describe consequences of abnormalities in hemoglobin structure
10 questions
-
Describe the structure and function of myoglobin
12 questions
-
Understand the basics of acid-base biochemistry and pH regulation
7 questions
-
At the end of this lecture, students should be able to describe the structure of hemoglobin
11 questions
Clinical Skills
-
Observation of respiration at rest and after exercise
5 questions
-
Counting of ribs in a living subject
6 questions
-
Surface marking of lungs and pleura
5 questions
-
Measurements of chest expansion during respiration
5 questions