Week 1 Flashcards
(34 cards)
History assessment in children
- Birth history
- Family history
- Past medical history
- Current history and medical management
- Medication: analgesia, sedation
- Nursing/medical staff re recent progress i.e. progress overnight, stability, tolerance to handling, feeding and rest to plan timing of physio input, recent investigations, management plan
- liaisewith domiciliary care team
Assessment - medical obs
- Temp
- HR
- BP
- RR, apnoeic spells
- ABGs/SpoO2
- level and type of resp support
- BO, feeding, sleep, medications
Normal Values for children
Neonate:
RR - 40-60
HR - 100-200
BP (sys) - 60-90
BP (dias) - 30-60
Infant:
RR - 20-30
HR - 100-180
BP (sys) - 70-130
BP (dias) - 45-90
Child:
RR - 15-20
HR - 70-150
BP (sys) - 90-140
BP (dias) - 50-80
Teen:
RR - 10-15
HR - 60-90
BP (sys) - 95
BP (dias) - 60-90
Observation assessment in paeds
- Settings and mode of ventilation support
- Analgesia
- Inspection of child: consciousness, breathing pattern, respiratory rate, WOB, colour, activity level and consciousness, attachments and incisions, posture and movements
- Upper respiratory secretions
- Tactile fremitus
- Auscultation
- Observed or elicited cough
- Other objective measures as indicated such as exercise tolerances, breathlessness, muscle length/strength etc.
Respiratory distress in infants
Respiratory
- Tachypnoea
- Recession
- Nasal flaring
- Expiratory grunting
- Cyanosis
- Altered breath sounds
Cardiac
- Brady>tachycardia
Other
- Neck extension
- Head bobbing
- Pallor/blotching
- Altered consciousness
- Reluctant to feed
Cough frequency and quality
Frequency
- Daytime cough score
- Verbal descriptive tool
0 = no cough
1 = cough for one or two short periods only
2 = cough for more than two short period
3 = frequent coughing but does not interfere with school or other activities
4 = frequent coughing which interferes with school or other activities
5 = cannot perform most unusual activities due to severe coughing
quality
- Productive cough
- persistent or chronic moist or wet cough (moist = bronchitis or secretions below vocal cords, tight = inflammation, asthma
- Expectoration (6+ years)
- Need deep inspiration for effective cough
- Cough quality may tell you more than auscultation
- Quality of end expiratory gives assessment of secretions present
Assessment of breath sounds
Auscultation
- More difficult in young children, reduced size and number of lung tissue, greater transmission of sound and poorer localisation
- May be difficult to hear secretions in medium bronchi - always compare to cough quality
- Useful for assessment to re-assess comparisons
- Check for forced expiration or other end-expiratory sound
- Common on breath sounds and add sounds
- Palpation for tactile fremitus
Investigations in paeds
- Diagnositic imaging
- Microbiology
- ABG’s
- Bronchoscopy
- RFT
- FEV1
- QoL
- Sputum cultures
- Viral cultures
- Bronchoscopy
Short term management
- Increased airflow and lung volumes
- Decreased pain
- Increased airway clearance
- Cough
- Breathing patterns
- Increased gas exchange
Long term management
- Airway clearance
- Activity/exercise
- Education
- Adherence
Positioning
PD positions anatomically favour the gravity direction movements of secretions toward the airway opening
Wary of reflux in infants, no HDT
Manual techniques
Used when more active techniques are not appropriate if child is very young, weak, intellectually impaired or unconscious
Percussion alone can increase TV
Vibrations can increase effectiveness of expiration
Contraindications apply for specific neonates
Percussion
- 1min intervals in infants to prevent hypoxia or bronchospasm
- More effective during TEE
- Stabilise head in infants
Vibrations
- In direction of chest wall movement on exhalation
- Increased flor rate enhances forced expiration
- PEFR with vibes > HFCWO
Suctioning
- Used when no other way to clear secretions effectively
- Continuous suction used
- Ensure adequate oxygenation pre and post suction
- Take no more than 10-15 seconds to reduce patient discomfort and risk hypoxia
Breathing exercises
- Position and movement to increase ventilation
- Blowing games
- ACBT
- Autogenic drainage: controlled breathing technique aimed at keeping compressed airway segment behind mucous, requires concentration and cognitive skill, good for removing mucous plugging
PEP
- Re expansion of lungs and secretion removal
- Dependent on collateral ventilation
- Prolongation of open airway to permit secretion movement - good for dynamic airways to collapse
- May reduce paroxysmal cough
- Expiratory resistance through mouth piece
- Airway pressure 10-20cmH20
FET
relaxed breathing - huff - cough
Low volume - peripheral secretions
High volume - proximal secretion
HFCC (Vest)
Loosens secretions of chest wall - changes rheology of sputum
Done in conjunction with FET and breathing exercises (other ACT)
Treatment cycle - 46- per session
3 min: high frequency/low pressure ‘hummingbird’
2 min: low frequency/high pressure ‘thumper
Physical activity
Improve CP fitness and muscle strength
Decreases breathlessness
Promotes feeling of wellbeing
Increases FEV1 and sputum clearance
Does not replace ACT
ACT
- Get air behind secretions
- Exercise, PEP, breathing, inhaled agents (bronchodilators) - Unstick/loosen secretions
- Manual techniques, OPEP, inhaled mucolytics (hypertonic saline) - Mobilise secretions
- Manual techniques, increase speed of expiratory airflow, FET, ACBT, AD, positioning, inhaled agents (normal saline - osmotic effect) - Clear secretions
- Cough or suction
Common resp conditions in childhood
Other
- Inhaled foreign body
- Chronic lung disease
Respiratory tract infections
- URTI
- LRTI
Respiratory disease
- Asthma
- Bronchiectasis
- Cystic fibrosis
Inhaled foreign body
Aspiration of foreign body into respiration tract
- Commonly between 1-3 years
- Usually right main bronchus
- Clinical features
- Wheeze
- Respiratory distress
- Gas trapping distal to blockage on CXR
- Bronchiectasis a complication
Physiotherapy management
- Never treat before bronchoscopy
Chronic lung disease
Seen in ex-preterm and LBW infants
Cause
* long ventilation times
* reduced surfactant
* long term O2 exposure
* chorioamnionitis
-Clinically often on home O2 and have chronically high CO2
-Poor lung compliance and may have increased WOB
-Often more at risk of developing acute respiratory illnesses like RSV bronchiolitis and pneumonia
- Outcome is variable but usually will do well if survive > 2 years
though may still be more prone to increased respiratory infections
during childhood
- High risk group for developmental delay
URTI: Acute Laryngotracheobronchitis
- Viral illness
- Causes inflammation and oedema of airways
- Occurs between 6 months to 4 years
- Lasts 1-10 days and can re-occur
Clinical features
* Coryzal
* Harsh barking cough
* Stridor particularly at night
* The loudness of the stridor is not a good guide to the
severity of the obstruction
* Respiratory obstruction
Physiotherapy
* Only if child is intubated and secretions are thick and difficult to clear
URTI: Epiglottitis
- Haemophilus influenzae (Hib)
- Very dangerous – between 1-7 years
Clinical features
* Severe sore throat
* High temperature
* Stridor and dysphagia
* Neck extended
* Airway obstruction
Management
* Intubate and ventilate
* Secretion removal only in intubated child