APACIBLE 03 Flashcards

1
Q

An immediate hypersensitivity (type I) response, is the most common chronic illness in
children, accounting for a large number of days of absenteeism from school and many hospital
admissions each year.

A

Asthma

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2
Q

It tends to occur initially before 5 years of age, although in these early years it may
be diagnosed as frequent occurrences of bronchiolitis rather than asthma.

A

Asthma

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3
Q

Asthma Assessment

A

P D D D W C

Panting

Dry cough at night

Difficulty exhaling

Dyspnea and Wheezing

Wheezing is primarily heard on expiration

If a child coughs up mucus, it is generally copious and may contain white casts

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4
Q

Asthma Management

A

A S R A E L L I S

Avoidance of allergens by environmental control

Skin testing and hypo-sensitization to identify allergens

Relief of symptoms by pharmacologic agents

Avoid milk or milk products

Encourage children to continue to drink fluids

Long acting bronchodilators at bedtime in addition to inhaled antiinflammatory corticosteroids daily

Leukotriene receptor antagonists such as Montelukast

Inhaled antiinflammatory corticosteroids for mild but persistent asthma

Short acting beta-2-agonist bronchodilator if attack should begin

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5
Q

When children fail to respond readily to the aerosol administration of a bronchodilator such as
albuterol, terbutaline, levalbuterol (Xopenex), or salmeterol (Serevent) and an attack continues, they are in…

A

Status Asthmaticus

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6
Q

This is an extreme emergency because, if the attack cannot be relieved, a child may
die of _ caused by the combination of _ _ _.

A

heart attack

exhaustion, atelectasis, and respiratory acidosis from
bronchial plugging.

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7
Q

Status Asthmaticus Assessment

A

S H B L H L

shows acute respiratory distress

heart rate and respiratory rate are elevated

both oxygen saturation and PO2 are low

Loud wheezing initially heard in an asthma attack

Have so little air to pass in and out of the lungs

Low oxygen saturation level

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8
Q

Status Asthmaticus Management

A

C O G I I M E

Continuous nebulization with an inhaled beta-2-agonist and intravenous corticosteroids may be necessary

Oxygen is given by face mask or nasal prongs to maintain the PO2 at more than 90 mmHg

Give oxygen with humidification to prevent drying of pulmonary secretions

Increase fluid to combat dehydration

Intravenous infusion such as 5% glucose in 0.45 saline

Monitor intake and output, measure the specific gravity of urine

Endotracheal intubation and mechanical ventilation, in severe attacks

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9
Q

the single most common cause of death in children, estimated at 1.2
million every year.This represents 18% of all deaths below 5 years of age worldwide.

A

Pneumonia

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10
Q

can lead to 2 million
child deaths annually, and these two diseases have been the major focus of attention to reduce childhood
morbidity and deaths. (Santos, 2021)

A

Pneumonia and diarrhea

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11
Q

Pneumonia can be prevented by:

A
  • immunization
  • adequate nutrition
  • addressing environmental factors
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12
Q

Infection and inflammation of the alveoli

A

Pneumonia

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13
Q

Two types of pneumonia

A

Hospital acquired

Community acquired

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14
Q

Pneumonia Occurs most often

A

Late winter and early spring

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15
Q

Pneumococcal pneumonia etiology

A

The onset is generally abrupt and follows an upper respiratory tract infection

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16
Q

Pneumococcal pneumonia assessment

A

C H N C A R T T

Chest Pain
High fever to febrile seizure
Nasal flaring
Chills
Appears acutely ill
Retractions
Tachycardia
Tachypnea

17
Q

Treatment of Pneumococcal Pneumonia

A

P P O H C R

Pneumococcal vaccine for children with chronic illness

Pharmacologic management may include IV therapy and antipyretics

Oxygen saturation levels should be assessed frequently

Humidified oxygen

CPT

Reposition the child to prevent pooling of secretions

18
Q

is most often seen in newborns up to 12 weeks of age because the
organism is contracted from the mother’s vagina during birth.

A

Chlamydial Pneumonia etiology

19
Q

Chlamydial Pneumonia Assessment

A

N M E

Nasal congestion and sharp cough

May progress to tachypnea with wheezing and rales audible on auscultation

Elevated level of immunoglobulin IgG and IgM antibodies, peripheral eosinophilia, and a special antibody to C. trachomatis

20
Q

Treatment for Chlamydial Pneumonia

A

Macrolide antibiotics (for C. trachomatis) such as Erythromycin

21
Q

Viral pneumonia

A

generally caused by the viruses of upper respiratory tract infection: the RSVs, myxoviruses,
or adenoviruses.

22
Q

Viral pneumonia assessment

A

B M F

begins as an upper respiratory tract infection

may progress to diminished breath sounds and fine rales on auscultation

fatigue often occurs following an acute phase of illness

23
Q

Viral pneumonia treatment

A

R A

Rest and Antipyretics are used

24
Q

Occurs more frequently in children over 5 years of age during winter months

A

Mycoplasmal Pneumonia

26
Mycoplasmal Pneumonia Assessment
F C C R Fever Cough Cervical Lymphadenopathy Rhinitis
27
Mycoplasmal pneumonia treatment
Generally sensitive to Erythromycin and Tetracycline
28
Primary Atelectasis assessment
R N R I H H F Respiration becomes irregular Nasal flaring and apnea are evident Respiratory grunting caused by the glottis closing upon expiration Increase pressure in the respiratory tract Hypoxia Hypotonicity Flaccidity
29
Primary Atelectasis Treatment
M C Must be directed of the cause of atelectasis Crying and administration of oxygen may aerate the alveoli and may decrease cyanosis
30
Often occurs from a respiratory tract obstruction that prevents air from entering a portion of the alveoli.
Secondary Atelectasis
31
Sec Atelectasis Causes
M F P Mucus plug associated with chronic respiratory disease Foreign object aspiration Pressure on lung tissue from outside forces such as compression from a diaphragmatic hernia, scoliosis, or enlarged thoracic lymph nodes.
32
Sec Atelectasis Assessment
A D T Asymmetry of the chest Diminished breath sounds on the affected side Tachypnea and cyanosis
33
Sec Atelectasis Treatment
C I S S S O Chest radiography will show collapsed alveoli Increase the humidity of the child’s environment to prevent further bronchial plugging Should be kept free from pressure for optimal lung expansion Semi-fowlers position generally allows for the best lung expansion Suction and chest physiotherapy may be necessary to keep the respiratory tract clear and free of mucus. Observe closely for increased respirations or cyanosis, as these indicate failing oxygenation.
34
Children with atelectasis are prone to secondary infection because mucus, which provides a good medium for bacteria, becomes stagnant without air exchange.
36
The collapse of lung alveoli. It may occur in children as a primary or secondary condition. It must be considered as a possibility in all children with respiratory distress.
Atelectasis