Very specific Flashcards

1
Q

PPC S & S

A
  • CXR evidence of atelectasis/consolidation
  • Temp >38 after Day 1
  • Raised WCC
  • SpO2 <90% ORA
  • New production of yellow/green sputum
  • Dx of pneumonia/chest infection
  • Prolonged stay >36hrs
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2
Q

PPC Risk factors

A
  • Surgical incision  Upper abdominal incision
  • Splinting/pain
  • Supine/slumped
  • Secretion
  • Surfactant
  • Shallow breathing
  • Supplemental O2
  • Smoking history
  • Size
  • Mech vent
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3
Q

PPC Patient related risks

A
  • Age>60
  • Resp or cardiac disease
  • Smoking history
  • Impaired functional status
  • ASA comorbidity score
  • Malnutrition
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4
Q

Explain a CABG

A
  • Anaethesia, Artery or vein harvested and grafted to aorta and coronary arteries, cardiopulmonary bypass
  • Saphenous vein:
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5
Q

Precautions for Median Sternotomy

A
  • Minimise pressure through UL
  • Bilateral rather than unilateral UL activities
  • Avoid reaching backwards when possible
  • No weight for 1 month, limited weight elbows by side
  • No heavy lifting or work for 3 months
  • No driving 6 weeks
  • Sternal support for cough
  • Ladies wear bra esp bigger cup
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6
Q

Explain Oesopagectomy

A
  • Upper abdominal associated with high chance of PPC’s
  • Removal of all of part of the oesophagus stomach is then pulled up and re-anastomosed to the end of the oesophagus
  • Ivor Lewis upper abdominal + R) postural lateral thoracotomy
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7
Q

Contraindications of Oesophagectomy

A
  • Head down tilt avoided to prevent gastric reflux which may lead to aspiration or infection of wound site
  • Care with nasopharyngeal suction, as the anastomosis may be damaged with insertion of the catheter
  • Neck motion may be limited to prevent stress on the anastomosis
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8
Q

Likely attachments

A
NGT
ICC
IDC
Wound drainage
Peripheral line
Central line 
TED
Oxygen device
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9
Q

Implications of NGT

A
  • Often pinned to pillow  ensure NGT is not pulled out when sitting patient forward
  • Ensure tube to well secured to patient’s nose with appropriate tape, and will not slip out when mobilising
  • Switch off NG feeds when suctioning patient or when in HDT to avoid aspiration
  • NG feeds can often be disconnected to mobilise patient. This should be done by nursing staff as flushing of line required prior to reconnection
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10
Q

Implications of ICC

A
  • Can use portable suction to mobilise patient
  • Check with medical team if not sure about disconnecting
  • Keep bottle below insertion level into patient’s chest wall so no danger of fluid entering pleural cavity
  • If ICC dislodged from chest wall apply pressure,
  • Do not pull out during the course of your management
  • Check whether the fluid is swinging, draining or bubbling
  • If the bottle breaks, if previously no bubbling  double clamp, quickly change bottles; if previously bubbling  do not clamp, quickly change the bottle
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11
Q

Peripheral line

A

Don’t bend joint

Don’t dislodge

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12
Q

Central line

A
  • Care with line, do not dislodge
  • Inaccurate in Hypoxaemia, Hypercarbia, Acidosis, A-a gradient of 50-150mmHg
  • Don’t percuss over line
  • Disconnection  air embolus  patient head down
  • If CVP < 5cmH2O  Hypovolaemic
    o May not tolerate MHI or mobilisation
  • Atrial arrhythmias may occur with positioning if CVL slides into R atrium e.g. side lying
  • Pneumothorax may occur after insertion  wait for CXR to confirm before using positive pressure
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13
Q

Wound drains

A
  • Do not pull out during the course of your management
  • Infection can be a problem, ensure safe, appropriate handling of this equipment
  • Can mobilise patients with drainage bag  keep below level of wound
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14
Q

IDC

A
  • Ensure bag is not too full prior to mobilising
  • Do not pull catheter out when mobilising
  • Keep bag below level of the catheter
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15
Q

TED

A
  • Remove to expose legs for assessment of DVT and circulation
  • Do not leave rolled around the ankle as this can create a tourniquet and impair circulation
  • Patient can ambulate in TEDs as long as shoes are worn
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16
Q

Oxygen devices

A
  • Check the device is worn correctly and that the correct concentration is being delivered to the patient
  • Monitor SpO2 with pulse oximeter
  • Mobilise post-op patients with portable oxygen (if appropriate), or if removed use portable pulse oximeter, and ensure oxygen device replaced when returned to bed/ chair
17
Q

Pre op interview questions

A
  • Main concerns
  • Respiratory (Cough, breathless, sputum, wheeze, chest pain)
  • Info prior to surgery
  • Social history
  • Functional history
  • Goals
18
Q

Pre op Physical Examination

A

-Bed mobility, functional, special assessment

19
Q

Post op Patient interview

A
Post op
-	Nausea
-	Drowsiness
-	Dizziness
-	Vomiting 
Epidural
-	Numbness
-	Weakness
-	P &amp; N 
-	Heaviness
-	Headache
20
Q

Post op Physical Examination

A
Top to Toe approach
	Observation
 Environment, Attachments, Medications
 Patient: incision, wound (location, dressing)
	Palpation
	Auscultation
 Cough (justify timing)
	Lower limbs
 DVT
 Circulation
	Special assessment
 Epidural (site, sensation, muscle strength)
 Readiness to mobilise
21
Q

Most op Mob assessment

A
  • P/I: Nausea, vomiting, drowsiness, pain-incision, anxiety, epidural Qs (numbness, weakness, P&N, headache, heaviness)
  • P/E: “Top to Toe”
    o Observation; patient, environment, attachments
    o Respiratory system (eg: obs, palp, ausc, cough)
    o Circulation, DVT, Epidural, Muscle strength
    o Vital: RR, BP,
  • Pre-mobility assessment (is it safe to walk?)
    o Comprehend
    o On-bed
    o Off-bed
    o Environment/Equipment
    o Etiquette: shoes, Extras (attachments, comorbidities, medication, recent surgeries, pain level, BMI)

Equipment: Rollator, portable IV + oxygen, chair down hallway, attachments, shoe/socks

22
Q

GA Side effects

A
  • Impairs airway clearance
    o Drying of cilia  ↓ mucociliary function
    o Secretion retention
    o Loss of cough reflex
  • Impairs ventilation
    o ↓ FRC
    o Respiratory inhibition
    o Atelectasis
    o ↓ Alveolar ventilation
  • Unavoidable changes in lung mechanics, lung defences and gas exchange
  • Most profound effect is reduction in lung volumes especially FRC
23
Q

GA Implications

A
  • GA has greater respiratory effects due to MV, intubation, and loss of cough
  • GA > 20 mins increases the risk of post-op hypoxaemia
  • GA > 30 mins increases the risk of DVTs
  • Patients may report a sore throat or have a hoarse voice following intubation.
24
Q

Epidural anaesthesia Side effects

A
  • Hypotension
  • Urinary retention
  • Motor block
  • Blocks sensation (including pain) to the level below the epidural; but muscle power should remain intact
  • The patient’s respiratory system is intact and thus no intubation or mechanical ventilation is needed (compared to GA)
25
Q

Epidural anaesthesia Implications

A
  • Will need to assess muscle power prior to walking the patient
  • Reduced risk of respiratory complications as intubation and mechanical ventilation not required. 

  • The epidural catheter may be left in situ for post-operative pain management
  • Assessment prior to mobilising (Strength)
26
Q

Narcotic/ Morphine Side effects

A
  • Respiratory depression
  • Postural hypotension, syncope
  • Nausea, vomiting
  • Drowsiness
  • Paralytic ileus
  • Pruritis/ itchiness
  • Urinary retention
27
Q

Epidural analgesia side effects

A
  • Hypotension (SBP <90 mmHg)
  • Sedation
  • Respiratory depression (RR<8bpm)
  • Motor and sensory loss of upper and lower limbs
  • Bowel and bladder disturbance (urinary retention)
  • Infection, haemorrhage, inflammation, displacement of the epidural catheter
  • Epidural haematoma
28
Q

Mechanical ventilation positive effects

A
  • Increase gas exchange
  • Decrease WOB
  • Decreased Preload & afterload
  • Increase alveolar ventilation
  • Improve thoracic stability
  • Allows oxygen to be used by other organs
29
Q

Mechanical ventilation Negatives

A
Pulmonary
-	Maldistribution of ventilation
-	Progressive atelectasis
-	Hyperinflation
-	V/Q mismatch
-	Decreased surfactant
Ventilator induced lung injury 
-	Barotrauma, volumtrauma, atelectrauma, biotrauma 
Ventilator associated pneumonia  (HPP/V)
DVT
Haemodynamic effect decreased CO
Gastric ulcerations 
Disuse atrophy respiratory muscles 
Hypoxaemia
30
Q

Precautions suctioning

A
Pulmonary Oedema 
Haemoptysis
Respiratory burns
Head injuries
High level of PEEP, FiO2
Severe infection

3H’s PRFS

31
Q

Side effects of suctioning

A
Hypoxaemia 
Cardiac arrhythmias
Haemodynamic alterations 
Gastric aspirations
Trauma
Distress
Pneumothorax
Atelectasis 
Infection
32
Q

Contraindications for NIV

A
  • Cardiovascular instability
  • Airway obstruction
  • Respiratory or facial trauma/burns
  • Severe Haemoptysis
  • Undrained pneumothorax
  • Severely depressed level of consciousness
33
Q

Precautions for NIV

A
  • Bullae/cystic disease
  • GCS < 9, unprotected airway
  • Inability to clear secretions
  • Facial pressure areas
  • GOR
  • Persistent air leaks
34
Q

NIV Complications

A
Pressure: 
-SInus pain 
-Gastric insufflaation 
-pneumothorax 
Airflow: 
-dryness 
-nasal congestion 
-eye irritation 
  • Severe hypoxaemia
  • Aspiration
  • Hypotension
  • Mucous plugging
  • Pressure sores at nasal bridge