Respiratory System Flashcards

1
Q

The Respiratory System is classified into two parts:

A
  1. Structural
  2. Functional
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2
Q

Structural Pulmonary System is composed of the following:

A

Upper Respiratory System- nose, nasal cavity, pharynx
Lower Respiratory System- trachea, larynx, bronchi, bronchioles, and lungs.

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3
Q

The functional Pulmonary System is composed of the following:

A
  1. Conducting Zone
  2. Respiratory Zone
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4
Q

It consists of all airways that carry air to the lungs

A

Conducting Zone

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5
Q

Site within lungs where gas exchange occurs:

A

Respiratory Zone

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6
Q

It is visible on the face and consists of supporting frameworks of bone and hyaline cartilage

A

External Nose

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7
Q

Opening that connects the nasal cavity to the pharynx

A

Internal Nares

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8
Q

Internal Nose

A

Nasal Cavity

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9
Q

Nostrils

A

External Nares

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10
Q

Divides the nose into two sides

A

Nasal Septum

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11
Q

It is covered by mucous membrane

A

Nasal Conchae

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12
Q

It is a groovelike air passageway

A

Nasal Meatus

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13
Q

A funnel shape tube is used for swallowing, speech, sound resonation, and passageway for air and food. Also, it houses the tonsils.

A

Pharynx

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14
Q

Three regions of pharynx:

A
  1. Nasopharynx- Upper
    2 Oropharynx- Middle
  2. Laryngopharynx- Lower
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15
Q

It is posterior to the nasal cavity and extends to the soft palate

A

Nasopharynx

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16
Q

The arch-shaped muscular partition between the nasopharynx and the oropharynx is lined with mucous membrane.

A

Soft Palate

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17
Q

Posterior to mouth

A

Oropharynx

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18
Q

It connects with both the esophagus and larynx: food and air

A

Laryngopharynx

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19
Q

V-shaped where Adam’s apple and Vocal cords strung here too and to arytenoids.

A

Thyroid Cartilage

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20
Q

It is a leaf-shaped piece that covers the airway.

A

Epiglottis

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21
Q

Inferior most portion and land mark for tracheostomy

A

Cricoid Carilage

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22
Q

It is superior to the cricoid and the most significant cartilage because it directly influences the vocal cords for speech.

A

Arytenoids

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23
Q

A wedge-shaped cartilage

A

Cuneiform

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24
Q

A horn-shaped cartilage

A

Corniculate

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25
Q

How is sound/speech being produced?

A

Vestibular and Vocal folds aided by laryngeal muscles

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26
Q

False vocal cords that are activated while holding breath.

A

Vestibular Folds

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27
Q

True vocal cords that are responsible for the main sound or speech production

A

Vocal Folds

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28
Q

The louder the sound produced, __________.

A

the greater the pressure of air

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29
Q
  1. Mainly made of 9 cartilages and a short connection between the pharynx and trachea.
  2. another term of this structure.
A
  1. Larynx
  2. Voicebox
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29
Q
  1. Anterior to esophagus until 5th thoracic vertebrae
  2. Another term of this structure?
A
  1. Trachea
  2. Windpipe
30
Q

The function of the Respiratory System

A
  1. To provide oxygen to tissues
  2. Remove carbon dioxide
  3. Able to smell
31
Q

How many lobes and fissure does the right lung have?

A

3 lobes and 2 fissures

32
Q

How many lobes and fissure does the left lung have?

A

2 lobes and 1 fissure

33
Q

Lungs are surrounded by ________.

A

Pleural Membrane

34
Q

It is attached to the diaphragm and lining of the thoracic wall.

A

Parietal Pleura

35
Q

It is attached to the lungs and the principal covering of the lungs.

A

Visceral Pleura

36
Q
  1. A broad inferior portion of the lungs
  2. Where does it extend?
A
  1. Base of the lungs
  2. 6th intercostal cartilage anteriorly and 10th thoracic vertebra posteriorly
37
Q
  1. It is a narrow superior portion of the lungs.
  2. Superior to where?
A
  1. Apex of the lungs
  2. Superior to medial 1/3 of the clavicle
38
Q

It is where bronchi, pulmonary blood vessels, lymphatic vessels, and nerves enter and exit.

A

Hilum of the lungs

39
Q

Part of the lungs where the heart and blood vessels are situated.

A

Cardiac Notch

40
Q

Small compartments of each bronchopulmonary segment of the lungs

A

Lobules

41
Q

It is a cup-shaped outpouching of alveolar sacs.

A

Alveoli

42
Q

Composed of types of cells in the alveoli

A

Alveoli Walls

43
Q

It is composed of simple squamous epithelial cells; more abundant and the main site of gas exchange.

A

Type I Alveolar Cells

44
Q

These are called septal cells and are composed of cuboidal epithelial cells that contain a surfactant

A

Type II Alveolar Cells

45
Q

It is where the exchange of O2 and Co2 takes place by diffusion across the alveoli + capillary walls.

A

Respiratory Membrane

46
Q

It is the moving of air in and out of the lungs.

A

Pulmonary Ventilation

47
Q

Three Basic Steps in Respiration

A
  1. Pulmonary Ventilation
  2. External Respiration
  3. Internal Respiration
48
Q

It is the gas exchange between the alveoli of the lungs and pulmonary capillary

A

External Respiration

49
Q

It is the gas exchange between blood and cells.

A

Internal Respiration

50
Q

The primary muscle that raises the ribcage during ventilation.

A

Diaphragm

51
Q

The accessory muscle during expiration.

A

Rectus Abdominis

52
Q

Contraction of the diaphragm pulls the lower surfaces of the lungs downward.

A

Inhalation (Inspiration)

53
Q

Passive recoil of the lungs and the muscles inside.

A

Exhalation (Expiration)

54
Q

A pressure that is slightly lower than atmospheric pressure. (756 mmHg)

A

Intrapleural Pressure

55
Q

Other factors affecting ventilation

A
  1. Surface Tension
  2. Lung Compliance
  3. Airway Resistance
56
Q

Factor affecting ventilation that should be greater to acquire more air resulting for the alveoli to maintain its structure during the process

A

Surface Tension

57
Q

Factor that elasticity and surface tension helps the lungs to expand easily without restriction

A

Lung Compliance

58
Q

A factor that follows the diameter of the blood vessels where the air passes through them.

A

Airway Resistance

59
Q

What do you call in the absence of breathing?

A

Apnea

60
Q

What do you call normal quiet breathing?

A

Eupnea

61
Q

A slowed breathing

A

Bradypnea

62
Q

A fast-paced breathing

A

Tachypnea

63
Q

Of one single breath (500 mL)

A

Tidal Volume

64
Q

The extra air volume can be inspired over and above the average tidal volume (3000 mL)

A

Inspiratory Reserve Volume

65
Q

It is the maximum extra volume of air that can be expired by forceful expiration after the normal tidal expiration. (1,100 mL)

A

Expiratory Reserve Volume

66
Q

It is the volume of air remaining in the lungs after the most forceful expiration; this volume averages 1,200 mL

A

Residual Volume

67
Q

Amount of air a person can breathe in, beginning at the average expiratory level and distending the lungs to the maximum amount.

A

Inspiratory Capacity

68
Q

Amount of air that remains in the lungs at the end of normal expiration (2,300 ml)

A

Functional Residual Capacity

69
Q

The maximum amount of air a person can expel from the lungs after first filling the lungs to their maximum extent and then expiring to the maximum extent (4,600 mL)

A

Vital Capacity

70
Q

The maximum volume to which the lungs can be expanded with the greatest possible effort (5,800 mL)

A

Total Lung Capacity

71
Q

Each gas in a mixture of gases exerts its own pressure as if no other gases were present.

A

Dalton’s Law

72
Q

The quantity of a gas that will dissolve in a liquid is proportional to the partial pressure of the gas and its solubility

A

Henry’s Law