Respiratory Flashcards

(93 cards)

1
Q

What cues would you recognize for a client with allergic rhinitis?
What cues should the nurse consider when identifying allergic rhinitis

A

sneezing, watery eyes, and nasal congestion

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2
Q

What are the causes of allergic Rhinitis?
A patient is asking their nurse, what caused my allergic rhinitis? How should the nurse respond?

A

Exposure to an allergen

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3
Q

What are the most common causes (allergens) of Allergic Rhinitis?

A

Pollen from weeds, grasses, trees. Mold spores, dust mites, and certain foods. Animal dander. Genetic predisposition.

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4
Q

What priority actions should the nurse take in a case of allergic rhinitis?

A

Priority: Assess heart rate, respiratory rate, and lung sounds

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5
Q

What should the nurse determine when assessing a client with allergic rhinitis?

A

Patient is developing an anaphylactic reaction.

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6
Q

What should the nurse include in the discussion/plan of care of the patient?

A

Antihistamines, intranasal corticosteroids, mast cell stabilizers. Some can help prevent or avoid the onset of allergies or seasonal allergies

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7
Q

How should the nurse respond to the patient asking about how they can treat their allergic rhinitis?

A
  1. “Some antihistamines can help prevent the onset of allergies.” 2. “Intranasal corticosteroids help prevent their allergies.” 3. “Drugs that are mast cell stabilizers may help you avoid your seasonal allergies.”
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8
Q

What would you include in your teaching plan to a parent with a child prescribed diphenhydramine (Benadryl)?

A

Because of the paradoxical effects of benadryl, do not give to child when they are in a highly stimulating scenario

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9
Q

Which statement by the client shows that the client is feeling the adverse effects of diphenhydramine?

A

“I am feeling sleepy”

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10
Q

What should the nurse ask their patient before administering diphenhydramine?

A

“Have you used the bathroom recently?”

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11
Q

What priority action should the nurse take when assessing a patient taking diphenhydramine?

A

Urinary retention, this should be reported to the provider

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12
Q

What signs should the nurse look out for before administering diphenhydramine?

A

Narrow-angle glaucoma

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13
Q

What signs show that the patient is taking benadryl with MAOI?

A

Hypertensive crisis

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14
Q
A

Airway clearance, ineffective related to nasal congestion

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15
Q

What are some of the goals of Benadryl therapy?

A

Patient will have decreased nasal congestion, mucosal secretions, and cough

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16
Q

What interventions should the nurse do when giving a petient benadryl?

A

give oral form of benadryl with food to decrease gastric distress

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17
Q

What statement shows that the patient has a good understanding of the side effects of Benadryl?

A

avoid driving as benadryl is a sedative

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18
Q

What should the patient do when they are taking benadryl?

A

acoid alcohol and other CNS depressants

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19
Q

The patient is experiencing mouth dryness, what interventions can the nurse suggest to the patient?

A

use of sugarless candy, gum, or ice chips for relief of mouth dryness

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20
Q

What should be assessed when given OTC antihistamine combinations?

A

Assess for Dysrhythmias

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21
Q

What should the nurse suggest the patient take if they have allergies?

A

intranasal corticosteroids can help prevent the onset of allergies

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22
Q

Why would the nurse suggest intranasal corticosteroids

A

Intranasal corticosteroids produce almost no serious drug reactions

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23
Q
A

Do you feel a burning sensation when using Flonase?

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24
Q
A

Does your nose bleed after taking Flonase?

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25
Flonase can affect the tongue with candida albicans oropharyngeal infections.
26
Wash the inhaler with warm water daily
27
Use a spacer to: prevent medication from being delivered to the back of the pharynx
28
Spacer helps deliver the medicine to the airways of the lungs instead of the mouth
29
reduces deposits of the drug in the oral cavity
30
Flonase is contraindicated in pregnancy
31
Corticosteroids can mask signs of infection
32
Bacterial, viral, fungal, or parasitic infections (especially in respiratory tract)
33
nasal spray, nasal drops, tablets, capsules, and liquid
34
Oral preparation has more systemic effects: can cause hypertension
35
More efficacious (most effective) at relieving severe congestion
36
Only use for 3-5 days due to rebounds congestion
37
Blow nose immediately before using hte medication
38
Wait 5-10 minutes between sprays
39
Spit out any excess spray that drains in your mouth
40
Works quickly- relief from nasal congestion occurs within minutes and lasts for 10 or more hours
41
Congestion will clear up after stopping the spray
42
Wash hands carefully after administration to prevent aniscoria (blurred vision and inequality of pupil size)
43
Administer suppressant for dry cough
44
Avoid pulmonary irritants such as smoking or other fumes. Avoid alcohol. Do not take grapefruit juice with this medication.
45
used with caution in patients with asthma and bronchitis
46
grapefruit juice can raise serum levels of dextromorphan and cause toxicity
47
If you notice your speech is slurred, stop taking the medicine and call the clinic. Robitussin
48
Processed foods containing nitrates
49
nuts and dairy products
50
Routine monitoring of height and weight, and bone density
51
Drink additional fluids, eat small frequent meals (calorie and nutrient-dense), and avoid warm temperatures.
52
Blood in lungs picks up the drug rapidly
53
palpitations, fatigue
54
hypokalemia: assess electrolytes
55
increase serum glucose: assess serum glucose
56
Oral proventil has more S/E than Inhaled
57
cough, drying of nasal mucosa, hoarseness, bitter taste - rinsing the mouth after use of ipratropium (Atrovent)
58
Intranasal administration of ipratropium (Atrovent) may cause epistaxis and excessive drying of the nasal mucosa
59
Atrovent produces a bitter taste
60
Contraindicated in patients with hypersensitivity to soy: rationale, soya lecithin is used as a propellant in the inhaler
61
report any increased dyspnea, any changes in urinary pattern, use the medication consistently, not ocasisonaly
62
Spiriva Respimat (tiotropium bromide)- relaxes and dilates the bronchioles
63
Beclomethasone acts by reducing inflammation, thus decreasing the frequency of asthma attacks
64
Inhaled beclomethasone produces few systemic or almost no serious ADR
65
Local effects may include hoarseness, dry mouth, and changes in taste
66
Long term intranasal or inhaled corticosteroids may cause growth inhibition in children
67
QVAR can mask signs of infections, and the drug is contraindicted if an active infection is present
68
develop orpharyngeal candidiasis, a fungal infection in the throat
69
sore and white spots on the tounge and oral mucous membranes
70
QVAR may reduce growth velocity in some children (monitor growth)
71
Drink water before taking Intranasal cromolyn
72
Do not use montelukast (Singulair) to terminate acute asthma attack s
73
Montelukast may elevate liver enzymes so the nurse needs to asses serum levels
74
Ibuprofen and aspirin are contraindicated because they block the effects of montelukast
75
Montelukast recommnded to be given in the evening
76
Chronic users of alcohol may not tolerate montelukast
77
montelukast is metabolized by the liver, so it is contraindicated in patients with chronic hepatitis C
78
Assess serum levels for methylxanthine because of its narrow therapeutic range
79
Risk for severe symptoms with toxic levels: risk for HA and Nausea
80
Methylxanhine is a caffeine derivative which means that additional caffeine causes increased risk of toxicity and severe adverse effects
81
methlyxanthine potentiates theophylline
82
Smoking with methylxanthing increases the metabolism of the drug, requiring a higher dosage
83
1st Beta agonist 5 minutes before administering ipratropium, 2nd ipratropium bromide 5 minutes before glucocorticoid steroid, 3rd glucocorticoid steroid
84
This order helps the bronchioles to dilate, subsequent medications can be deposited in the bronchioles for improved effect
85
trimethopim-sulfamethoxazole for mild to moderate acute exacerbations of chronic bronchitis from infectious causes
86
COPD is a combination of chronic bronchitis, emphysema, and asthma
87
Assess patient for smoking, instruct the patient not to smoke as cessation of smoking will prevent COPD symptoms from progressing
88
COPD is treated by combination therapy: ipretropium bromide/albuteral sulfate (Combivent)
89
Combination therapy is more effective, longer DOA than if either agent is used along two agents combined increase the forced expiratory volume in 1 second (FEV1),
90
Forced expiratory volume is an indicator of symptom improvement
91
acetylcysteine is designed to break down and thin the mucous in the lungs
92
epinepherine increases CAMP in lung tissue and promotes bronchodilation. It also restores circulation and increases airway patency
93
Epinephering increases blood pressure, the patient will experience - cardiac and pulmonary effects