2. Objectives:
To discuss the indications of proning
To increase awareness of the physiological effects
proning has on patients
To identify the contraindications to proning
To be aware of the precautions needed to be
undertaken prior to proning
To discuss the turning procedure
To identify the complications that can occur with
proning
4. Prone position
First studied in 1974 for pediatric group
Studies in ARDS in late 1990’s
5. Prone position:
Is a maneuver used to combat hypoxemia in
patients with acute respiratory distress
syndrome.Despite the fact that this is currently
considered an efficient way to improve
oxygenation,the physiological mechanisms that
bring about improvements in respiratory function
are not yet fully understood.
6. ARDS
Acute Respiratory Distress Syndrome-is a medical
condition occuring in a critically ill patients
characterized by widespread inflammation in the
lungs. It is not a particular disease rather a clinical
phenotype which maybe triggered by various
pathologies such as trauma, pneumonia and sepsis.
7. Prone position
Evidene base
1.Taccone P.et al 2009
2.Gattinoni L.et al 2010
3.Arbroug F.et al 2011
4.Robak O. Et al 2011
5.Guerin C et al 2013
8. Indications:
Bilateral basal lung collapse/consolidation
Early acute respiratory distress syndrome
Acute lung injury
Pao2 more than 9Kpa despite FIO2 more than 0.6
PEEP more than 7
Moderate to severe acute respiratory failure
Mobilization of secretions
Bilateral infiltrates on chest x-ray
9. Indications
No left ventricular failure
Reduced lung compliance
Reducing the risk of iatrogenic lung injury due to
prolonged periods of mechanical ventilation
10. Contraindications
Shock or acute bleeding
Pregnancy (2nd and 3rd trimester)
Unstable spinal fractures
Tracheostomy less than 24 hours old
Demonstration of previous poor tolerance of prone
positioning
Chest wall abnormalities,kyphoscoliosis
Facial trauma and surgery including opthalmic surgery
Multiple trauma and fractures requiring stabilization
such as pelvic,ribs and sternum.
11. Contraindications:
Cardiovascular instability/recent cardiac arrest
Recent cardio thoracic surgery/presence of intra aortic
balloon pump
Obese patients more than 90kg
Pain and /or agitation
Grossly distended abdomen
Bowel ischemia/recent abdominal surgery
Burns/open wounds
Raised ICP and elevated intra abdominal pressure
12. What effects does the prone
position have:
Increased oxygenation due to:
1.blood flow redistribution and improved V/Q match
2.more consistent ventilation and equal distribution of
lung stresses
3.increase basal expansion and better alveolar
recruitment.
4.increased functional residual volume
13. What effects does the prone
position have?
Increased oxygenation due to :
1.increased surface area for gas exchange
2.enhanced drainage of pulmonary secretionss
3.movementof instertitial fluid
4.increased tidal volumes and reduced work of breathing
due to displacement of abdominal and cardiac structures
5.decreased in fio2
6.decrease in PEEP
Helps to prevent further pulmonary injury caused by high
peep,volutrauma and oxygen toxicity.
Improvement in survival of ARDS patients.
14. Preparations:
Inform relatives if they are present
4-5 nurses must be present,1 respiratory therapist
Physician
Ensure patient is well sedated and paralyzed if
necessary
Ensure slide sheets is in position
Ensure that ETT is well secured
Protect the eyes with ointment and eyepads
Ensure that all equipment and medicine for
15. Preparations:
Potential resuscitation are within easy reach
Disconnect and remove all equipment that the patient
can do without, maintaining asepsis
Adjust the remaining lines and monitor leads to
prevent kinking and disconnection
Empty ileostomy/colostomy drainage bags
Repostion ecg leads just before turning
16. Procedures:
The direction of the first turn should be towards the
ventilator,where possible ,to minimize the risk of
disconnection or extubation.
Place the pillows over the patient’s chest and pelvis to
avoid abdominal pressure from the mattress
Place a pillow over the shins to flex the knees and
reduce stretching of the achilles tendon.
Place a sheet over the patient
Pull the patient to the edge of the bed and slowly turn
him over onto the pillows
17. Potential complications:
Ett and trachy tube displacement
Difficulty in assessing the patients airway
Increased oral and tracheal secretions
Facial and periorbital edema, increased intraocular
pressure, corneal injury
Difficulty performing eye, oral and facial care
Displacement ,compression or difficulty accessing iv
line ,enteral feed line or invasive monitoring devices.
Breakdown of pressure areas or vulnerable areas
18. Potential complications:
Such as face,cheeks,breasts,genitalia,knees,pelvic area
Gastric regurgitation, intolerance of enteral feeding
Joint stiffness or damage ,nerve compression
Cardiovascular instability
Inadequate sedation or analgesia
19. Nursing care:
Any specific care intervention,clinical procedure or
sheet change should be completed prior to proning
Eyelids should be closed using eyepads to prevent
corneal abrasions
Place absorbent material under the dependent side of
the face to absorb excess saliva
Perform regular oral suctioning
Monitor for evidence of gastric regurgitation
Place in reverse t-burg position to minimize gastric
regurgitation and facial edema
20. Nursing care:
Used closed suction system to facilitate suction of
ett/trachy tube
Use pressure relieving mattress and appropriated head
support
Laterally rotate the head 2-3 hours ,placing it away
from the elevated arm(if possible) and avoiding neck
extension
Avoid pressure on the knees and stretching of the
achilles tendon by pillow placement under the shins
Abduct the hips
21. Nursing care:
Reposition the upper limbs 2-3 hours using the
swimmer’s position
Avoid stretching of the brachial plexus and over
distention of the shoulder
Nurse allocation should ensure an appropriate
experienced nurse is available to care of prone patient
In case of emergency situation such as cardiac arrest,
loss of airway ,return the patient in supine position as
22. Summary
Discussed the indications for proning.
Increased awareness of the physiological effects
proning has on patients,to be benificial prone early.
Identified the contraindications to proning
Increased awarenss of the precautions needed to be
undertaken prior to proning,
Discussed the practicalities involved in the turning
procedure.
Identified the complications that can occur with
proning.
24. References
ARDS,ECMO,NO which works,Dr.Fadi S.
Aljamaan,Critical care consultant,King Khalid
University
Ball C,Adams J,Boyce S and Robinson P.(2001)Clinical
guidelines for the use of prone position in acute
respiratory distress .Intensive and critical care nursing
vol 17 pp94=104
Chantler J and Soanes C (2014) AICU/CICU Guidelines
for Prone ventilation in Severe Hypoxic ARDS Oxford
University Hospital.NHS Trust
26. Answer me!
1.Prone positioning has been proven to improve
mortality of what condition?
A.Skin breakdown
B.Acute respiratory distress illness
C.Bronchitis
D.COPD
27. Answer me!
2.How long should a patient with ARDS be in the
prone position.
A.1-2 hours a day
B.Any amount of time is as effective as another
C.16 hours +
D.Continuosly
28. Answer me!
3.What effects does the prone position have on cardiac
function?
A.Decreased stroke volume
B.Decreased heart rate
C.Decreased vascular tone
29. Answer me!
4.How should the patient’s feet and toes be protected
from pressure damage?
A.Padding
B.Padding and Elevation
C.Only through positioning
D.All of the above