Ch. 3 Assessment of The Pulmonary Patient Flashcards

1
Q

A patient is experiencing cardiac arrhythmias and muscle weakness. An arterial blood glass determines that the patient is in a metabolic alkalosis. Which of the following is the most appropriate laboratory value to assist at this time?

A. WBC
B. BUN
C. Plasma protein
D. Potassium

A

Potassium

Hypokalemia can cause cardiac dysrhythmias and muscle weakness.

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2
Q

Term used to describe a condition in which a patient has difficulty breathing while in a supine position is which of the following?

A

Orthopnea

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3
Q

Patient enters the emergency department and on initial examination the respiratory therapist observed paradoxical chest movement. Which of the following should the therapist suspect?

A. Pulmonary edema
B. PNA
C. Flail chest
D. Pleural effusion

A

Flail chest

paradoxical chest movement occurs when the chest wall moves IN on inspiration and OUT on expiration. Commonly see in pts with chest trauma, flail chest, or paralysis of the diaphragm

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4
Q

Perfusion in the extremities is determined by which of the following methods?

A. obtaining ABG studies in determining PaO2 levels
B. assessing the patient’s SPO2
C. Assessing capillary refill
D. Palpating brachial pulse

A

Assessing capilary refill

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5
Q

While Palpating the Chest the respiratory therapist determined that there is decreased fremitus over the right lower lobe. This may be a result of which of the following?

  1. Pneumothorax
  2. Pleural effusion
  3. PNA

A. 1 only
B. 2 only
C. 1 and 2 only
D. 2 and 3 only

A

1 and 2 only

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6
Q

Chest x-ray film obtained after intubation shows that the tip of the ET tube is resting at the fourth rib. Which of the following action should be taken?

A. The Tube should be advanced 2 CM
B. Tube should be advancing to equal breath sounds are heard
C. The tube should remain at this level
D. Tube should be withdrawn 3 cm

A

The tube should be withdrawn 3 cm

The carina is located on a chest film at the level of the fourth rib. In this question, the tip of the tube is resting ON the carina. The tube needs to be withdrawn until the tip is resting 2 to 5 cm above the carina

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7
Q

The RT is reviewing the chart of patient suspected of having CHF. This condition would be best indicated with an elevation in which of the following cardiac biomarkers?
A. Troponin
B. Myoglobin
C. Creatine kinase (CK)
D. B-type natriuretic peptide (BNP)

A

B-type natriuretic peptode (BNP)

CHF is indicated if BNP increases above 500 pg/mL. (Myoglobin, CK, and tropnin are biomarkers that indicate ischemic myocardial damage)

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8
Q

A patient is suspected of suffering acute myocardial infarction. Which of the following Lab values will be increased the patient’s blood?

A. Hematocrit
B. CK-MB
C. BNP
D. Albunium

A

CK-MB

CK-MB is a heart-specific isoenzyme that is produced when myocardial damage has occurred

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9
Q

The RT Notes a RR of 36 breaths/min in an adult patient’s chart. The patient’s breathing pattern is best described by which of the following?

A. Hyperventilation
B. Dyspnea
C. Hypoventilation
D. Tachypnea

A

Tachypnea

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10
Q

The RT is assessing a patient with severe emphysema and observes pedal edema and JVD. The therapist should note in the patient’s chart that these are signs most likely the result of?

A. systemic hypertension
B. hypercapnia
C. Pulmonary infection
D. right ventricular hypertrophy

A

right ventricular hypertrophy

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11
Q

What does yellow sputum indicate?

A

infection (purulent sputum)

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12
Q

Green sputum

A

old retain secretions

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13
Q

Green and foul smelling indicates?

A

Pseudomonas infection (bronchietasis)

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14
Q

Brown sputum indicates

A

old blood
(Lung infection)

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15
Q

Red sputum indicates

A

fresh blood
(Hemoptysis: TB, Bronchietsis, lung abscess)

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16
Q

Pinky frothy sputum indicates

A

pulmonary edema (CHF)

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17
Q

Causes of Dyspnea

A
  • increased airway resistance
  • upper airway obstruction
  • asthma and other chronic lung diseases
  • Decreased lung compliance
  • pulmonary fibrosis
  • pneumothorax
  • pleural effusion
  • abnormal chest wall
  • anxiety state
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18
Q

Paroxsymal nocturnal dyspnea is a

A

sudden onset of breath after being in bed for several hours

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19
Q

Hemoptysis is ________ up blood from the respiratory tract

A

coughing

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20
Q

What is massive hemoptysis defined as?

A

400 mL of blood ting sputum in 3 hours or as more than 600 mL in 24 hours and is considered a life threatening event

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21
Q

Causes of hemoptysis?

A
  • PNA ( rarely on exam)
  • TB*
  • Bronchiectasis*
  • Lung abscess*
  • Fungal lung infection (histoplasmosis)
  • Neoplasms: bronchogeneic carcinoma
  • Pulmonary embolism
  • Valvular heart disease
  • Mitral valve diseases
  • Trauma (massive hemoptysis possible) *
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22
Q

The _______ wall is the most common source of chest pain

A

thoracic

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23
Q

The lung parenchyma is not sensistive to pain

A

Know

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24
Q

The parietal pleura (layer lining the chest wall) is very sensistive to pain is usually the source of pain associated with (3)

A
  • pneumonias
  • pleurisy
  • other inflammatory disease
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25
Eupnea is the
normal rate and depth of respirations
26
Bradypnea is
less than the normal RR
27
Apnea is the
asbsence of breathing
28
Tachypnea is
faster than normal RR but with normal depth of breath
29
Hypopnea is
shallow respirations (about half of the normal depth)
30
Hyperpnea is
deep and rapid and labored breathing
31
Kusssmaul respiration is
increased rate and depth of breathing (metabolic acidosis)
32
Irregular breathing pattern charterized by short periods of deep, consistent volumes with periods of apnea and is associated w/ elevated ICP or meningitis
Biots
33
Deep, rapid breathing followed by apnea and associated with stroke, or head injury, PNA in elderly, CHF, or drug overdose
Cheyenne-Stokes respiration
34
Unequal expansion may indicate: (4)
1. Atelectasis 2. Pnemothorax 3. Chest deformities 4. Flail Chest
35
What is paradoxical respirations?
When the chest moves in on inspiration and out on expiration
36
Flail chest is the result of (3)
- chest trauma - fractured sternum - fractured ribs
37
An increased A-P diameter is called a ________ ________ and is indictive of chronic lung disease
barrel chest
38
Pedal edema refers to
an accumlation of fluid in the subcutaneous tissues of the ankles
39
Cyanosis is refered to as the
bluish discoloration of the skin and nail beds resulting from a **5 g/dL decrease in oxygenated hemoglobin (Hb)**
40
This is present when the oral mucosa and trunk are cyanotic and indicates inadequate tissue oxygenation. This is defined as
Central cyanosis
41
Peripheral cyanosis (acrocyanosis) is present when the
nail beds are cyanotic and may indicate poor perfusion caused by a decreased CO, hypotension, or cold temperature
42
Perfusion to the extremities may be determined by accessing capillary refill. This is performed by compressing the patient's finger nail for a short time then releasing it and observing the time it takes for blood flow to return to the nail bed.
KNOW
43
How long is normal refill time?
< 3 seconds
44
Vibrations felt on the chest wall as the pt speaks are called
tactile fremitus
45
Vibrations (fremitus) are decreased over (5)
- pleural effusions - fluid - pneumothorax - overly muscular - obese pts
46
Vibrations (fremitus) are increased over (3)
- atelectasis - PNA - lung masses
47
Palpating over subcutaneous air feels like crackling under the skin , which is referred to as
crepitus
48
What side does the trachea shift to with a pneumothorax?
Away or left from the affected aside (opposite of pneumothorax; PUSH)
49
What side does the trachea shift to with atelectasis?
Towards or right the affected side (same side as atelectasis; PULL)
50
Hyperresonance is a **LOUD** low-pitch sound of long duration that is produced over areas that contain a greater proportion of **AIR** than tissue
KNOW
51
What are examples of hyperresonance (4)
- air-filled stomach - emphysema (air trapping) - pneumothorax - COPD
52
Resonance is a **LOW** pitched sound of long duration that is produced over areas w/ **equal** distrubution of air and tissue. NORMAL LUNG TISSUE
KNOW
53
_____________ is a sound of medium intensity and pitch of short duration that is produced over areas that contains a higher proportion of **tissue or fluid** than air What are some Examples: (5)
Dullness - atelectaisis - consolidation - pleural effusion - pleural thickening - pulmonary edema
54
___________ is a sound of low amplitude and pitch that is produced over areas that contain a higher proportion of tissue than air. What are some Examples:
Flatness - massive pleural effusion - massive atelectasis - pneumonectomy
55
Tympany is a ________ sound What is an Example:
drum-like Tension pneumothorax
56
This is the most commonly used position for chest xray
Postero- anterior (P-A)
57
This position is often used for portable radiographs in the ICU
A-P
58
_________ image is obtained w/ the pt turned 45 degrees to either right and left This position is also used for...
Oblique v/q scanning
59
___________ __________ image is obtained w/ pt lying on his or her side (side-lying position) w the film resting on the posterior surface of the chest
Lateral decubitus
60
Lateral decubitus position is used to identify whether
free fluid (pleural effusion or blood) is present in the chest
61
Chest radiographs are usually obtained w/ the pt at maximal inspiration, which should show the lungs well aerated and diaphragm descended to about the level of the tenth rib
KNOW
62
ETT placement should rest about
2 to 5 cm above the carina
63
On an inspiratory film the carina is located at the level of the
fouth rib or fourth thoracic vetebra
64
How many ribs can be counted above the diaphragm to determine whether a maximal inspiration is present
10 ribs
65
Patients with hyperinflanted lungs (COPD) have flattened diaphragms
KNOW
66
Inadequate pumping action of the heart resulting from cor pulmonale, often seen in chronic lung disease, or left- sided heart failure (CHF)
Peripheral edema and venous engorgement
67
Sodium (Na+) normal value
135 to 145 mEq/L
68
Potassium (K+) normal values
3.5 to 5.0 mEq/L
69
Chloride (CI-) normal value
98 to 107 mEq/ L
70
Calcium (Ca) normal value range
8.6 to 10.5 mol/dL
71
Blood Urea Nitrogen (BUN) normal value
8 to 23 mg dL
72
An elevated BUN level is indictive of what ?
renal failure
73
Creatinine normal values
0.7 to 1.3 mg/dL
74
Glucose normal serum level
<100 mg/dL
75
Elevated levels observed in diabetic ketoacidosis; patient compensates w/ alveolar hyperventilation (kussmaul respirations)
KNOW
76
Red blood cells (RBC ) is also refered to as ________________, determines the adequacy of O2 transport
erythrocytes
77
RBC normal level
4 to 6 million/mm3
78
Hb normal level Males Females
14.0 to 18.0 g/dL in males 12 to 15 g/dL in females
79
Hb is the portion of the RBCs that carries O2 so it is an indicator of the O2 carrying capacity of the blood
KNOW
80
Hematocrit (Hct) normal levels Males Females
40% to 50% in males 35% to 49% in females
81
The Hct is the percentage of the total….
blood volume that is RBCs
82
White blood cells (WBCs) determines the presence or absence of _________. WBCs are also referred to as ___________
infection; leukocytes
83
WBCs normal levels
4500 to 11,500/mm3
84
An elevated WBC indicates what?
infection
85
Platelets normal level
150,000 to 400,000/mm3
86
What are platelets essential for?
coagulation (clotting)
87
Decreased platelet count may be the result of (2)
- bone marrow diseases - disseminated intravascular coagulation (DIC)
88
Prothrombin (PT) is a test to determine the...
clotting ability of the blood
89
Normal PT is
11.0 to 12.5 seconds
90
Partial thromboplastin time (PTT) normal value
60 to 85 seconds
91
Pts w/ decreased platelet counts or increased PT or PTT are at increased risk of
hemorrhaging
92
Chemicals such as creatine kinase (CK), myoglobin and troponin that appear in the blood as a result of
ischemic myocardial damage
93
B-type natriuretic peptide (BNP) is a biomarker used to help diagnose
CHF
94
A BNP level _______ indicates CHF
>500 pg/mL
95
When it comes to excessive muscle use in the COPD pts , what muscles are they referring to?
- pectoralis - triclezius muscles (Tri-podding)
96
What causes barrel chest?
Air-trapping
97
Asymetrical Example:
one side is not expanding like the other. Can be caused by PNA
98
General malaise
A sense of being unwell, fatigue, weakness
99
Dysphasia
difficulty speaking
100
Dysphagia
difficulty swallowing
101
What pt population deals with polycythemia
COPD (Emphysema)
102
Atrophy (cachetic)
Muscles starts to deteriorate
103
What disease process has cheynne-stokes breathing (3)
- CHF - cerabral disorder - a bad case of PNA could lead to this
104
Biots breathing happens due to
increased ICPs
105
What is Somnolent and what can cause this?
Daytime sleepiness (can be caused be apnea during sleeping, or excessive CO2)
106
Ashen or pallor color is a result from
Critical hypoxemic
107
Diseases that could cause Hempotysis
- TB - Bronchietasis - Lung abscess
108
When it comes to excess use of muscles what do COPDers use (2)
- Trapezius - Pectoralis major muscles
109
Mallampati classification
requires visualization of the hypopharynx
110
Mallampati Class 1
full visibility of tonsils, uvula, and soft palate
111
Mallampati Class 2
Visibility of the hard and soft palates, upper part of the tonsils and uvula
112
Mallampati Class 3
Soft and hard palates and base of uvula are visable
113
Mallampati Class 4
Only the hard palate is visible
114
Levels 3 and 4 you are required to do a fiberoptic bronchoscopy or a video assisst device (Gladascope)
KNOW
115
Which one is more severe Bradycardia or Tachycardia?
Bradycardia
116
What would cause an irregular pulse (threading pulse)?
Sever dehydration (imbalance of fluid)
117
A pulse that becomes weaker on inspiration; it may be defined as a decrease in systolic pressure of more than 10 mm Hg during inspiration and may be seen in pts with....
Pulsus paradoxus - severe COPD - asthma - pericarditis - pulmonary embolism -CHF - cardiac tamponade
118
Subcutaneous emphysema
Extra air in the plueral space (crepitus)
119
Tracheal shifts towards the affective side in what diseases (4)
**Atelectasis** - pulmonary fibrosis - pnemonectiamie - paralyzed diaghram
120
What is egophony
"E" sounds like an "A"
121
What diseases will cause an increased fremitus? (3)
- Atelectasis - PNA - Lung mass
122
What causes decrease fremitus?
- pneumothorax - emphysema - plerual effusion
123
If a question given talks about an "E" sounding like an "A" then what dieases is that ?
PNA b/c of consolidation
124
If the E sound is decreased then it could be due to (3)
- pneumothorax - emphysema - obstructive bronchi
125
Rememeber crackles can respresent fluid or secretions
KNOW
126
Coarse crackles is considered rhonci which indicates
excesive amount of secretions.
127
Fine crackles is associated with
fluid; pulmonary edema or CHF
128
What can you do to treat coarse crackles /rhonchi? (3)
- suction - CPT - PEP
129
What can you do with a pt who has fine crackles?
- diuretics - pressure - oxygen
130
**Early** Inspiratory crackles happens in what pt pop? (3)
- Emphysema - Chronic Bronchitis - Asthma
131
**Late** inspiratory crackles happens in (4)
- pulmonary edema - Atelectaisis - PNA - Pulmonary fibrosis
132
What causes stridor?
- epiglottitis - foreign body aspiration
133
Wheezing can be heard in asthma and foreign body obstruction
KNOW
134
6 month- 3 years. Subglottic swelling, praying hands, steeple sign, cool mist, barky cough, parainfluzae virus, A-P neck film, Slow onset
croup
135
2- 6 y/o. Supraglottic swelling, thumb sign, lateral neck xray, intubation or traching in OR, H influenzae type B, High fever, drooling, low pitched stridor , NO COUGH, rapid
epiglottitis
136
CHF is directly related to BNP. If BNP is elevated >500 then the pt has CHF
KNOW
137
Tracheal shifts away from the affected side in what diseases? (4)
**Pneumothorax** - hemothorax - massive pleural effusion - Tumor (any large mass)