.
Inspiratory reserve volume (IRV)
Inspiratory capacity (IC)
Expiratory reserve volume (ERV)
Vital capacity (VC)
Total lung capacity (TLC)
1L
2L
3L
4L
Residual volume.
Functional residual capacity
Vital capacity
Total lung capacity.
All of the above
Tidal volume
Functional residual capacity
Inspiratory capacity
Vital capacity
Expiratory reserve volume
There is an Increase in the number of goblet cells
There is a decrease in the number of Clara cells
There is an increase in the number of cilia
There is an increase In the height of the epithelial cells
There is an Increase in the relative amount of smooth muscle
Laryngeal pharynx
Large bronchus
Terminal bronchioles
Trachea
False vocal chords
4
5
3
6
None of the above
Trapping of particles from passing air for elimination by swallowing
Transmission of oxygen from air into subepithelial capillanes
Use of ciliated epithelial cells to sense odors In passing air
Protection of the IuminaI surface 0f vocaI folds
Secretion of surfactant
Secretions supplied from goblet cells in the epithelium
Generation of heat by mitochondria in the basal cells of the respiratory epithelium
Secretions from sera-mucous glands in the subepithelial connective tissues
Venous plexuses at selected places in the subep.thelial connective tissues
Vocal folds contain elastic fibers, skeletaI muscle and stratified squamous epithelium
The surfactant in the alveoli is produced by Type II pneumocytes
Most of the inside surface of alveoli is lined with Type I pneumocytes
Trachealis muscle contracts during inhalation
Mucociliary clearance involves goblet cells, ciliated epithelial cells and submucosal glands.
Fibrablasts in the interaIveolar septa
Dendritic cells of lymphoid tissue
Type II alveolar epithelial cells
Monocytes in circulating blood
Smooth muscle cells of pulmonary arteries
Nasal cavity
Trachea
Bronchi
Alveoli
Smooth muscle in their walls to help expel air depleted of oxygen
Ciliated epithelial cells
Surfaces coated with a detergent-like material to facilitate alveolar inflation
Imperforate walls between adjacent aIveoli to retard the spread of pathogenic organisms
An epithelial Iining incapabte of regenerating itself after injury
Fenestrated to enhance uptake of air from the aIveolar Iumen
Iarger in diameter than average systemic capilIanes
Seperated from air solely by their own epithelium and basal lamina
Typically surrounded by dense concentrations of lymphocytes
Nasal cavity
Trachea
Extrapulmonary bronchi
Intrapulmonary bronchi
Bronchioles
Nasal cavity
Larynx
Trachea
Bronchioles
Alveoli
Absence of cartilage
Presence of smooth muscle
Type of epithelium
Presence of Clara cells
Absence of sub-mucosal glands
Trachea
Bronchi
Bronchioles
Alveolar Ducts
Alveoli
They have larger diameter than most capillaries
They have lower pressure than most capillaries
They are somatic, continuous capillaries
There is transport across the capillary wall using membranous vesrcles
They lack a basement membrane
Goblet cells
Neurons that are replaced throughout life
Hair cells
Receptors for taste
Clara cells
Both contain goblet cells
Both are pseudostratified epithelia
Both contain bipolar sensory neurons
Both contain cells with motile cilia
Both contain Clara cells
Contain organelles called lamellar bodies
Secrete surfactant
Phagocytose particulates reaching the aIveoli
Form tight junctions with Type I pneumocytes
Divide to produce both Type I and Type II cells
Layer of surfactant
An endothelial cell
A Type I pneumocyte
One or more smooth muscle cells
The plasma membrane of the erythrocyte
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