Download presentation
1
Chest Drain Insertion Course
2
Chest Drain Insertion Background Indications Consent Complications
Preparation, anatomy and insertion Chest drain management
3
Background Why is this course relevant to you…?
4
Curriculum for Core Medical Training and
Acute Care Common Stem (Medicine)
5
Part 2.4 Procedural Competencies
The trainee is expected to be competent in performing the following procedures by the end of core training. The trainee must be able to outline the indications for these interventions. For invasive procedures, the trainee must recognise the indications for the procedure, the importance of valid consent, aseptic technique, safe use of local anaesthetics and minimisation of patient discomfort.. • Venepuncture • Cannula insertion, including large bore • Arterial blood gas sampling • Lumbar Puncture • Pleural tap and aspiration • Intercostal drain insertion: Seldinger technique • Ascitic tap • Abdominal paracentesis • Central venous cannulation • Initial airway protection: chin lift, Guedel airway, nasal airway, laryngeal mask • Basic & advanced cardiorespiratory resuscitation • DC cardioversion • Urethral catheterisation • Nasogastric tube placement and checking • Electrocardiogram • Knee aspiration • Temporary cardiac pacing by internal wire or external pacemaker
6
National Patient Safety Agency (NPSA)
Rapid Response Report May 2008
7
The NPSA has received reports of 12 deaths relating to chest drain insertion and 15 cases of serious harm between January 2005 and March Many more are likely to be unreported. The Medicines and Healthcare Products Regulatory Agency (MHRA) have received reports of nine incidents since 2003, all but one relating to the use of Seldinger type drains, which is now the most commonly used technique.
8
Indications - for chest drain insertion
9
Indications - for chest drain insertion
THINK …is a drain necessary?
10
Indications - for chest drain insertion
Pneumothorax Malignant pleural effusion (causing significant SOB) Empyema & complicated parapneumonic pleural effusion Traumatic haemopneumothorax Postoperative e.g, thoracotomy, oesophagectomy, cardiac surgery
11
Indications - for chest drain insertion
Pneumothorax Tension pneumothorax after initial needle relief Persistent or recurrent pneumothorax after simple aspiration (x1) Large (>2cm) secondary spontaneous pneumothorax In any ventilated patient (including NIV)
12
Pneumothorax
13
Spontaneous Pneumothorax
If bilateral or haemodynamically unstable proceed to chest drain Age >50yrs & significant smoking history or evidence of underlying lung disease on exam or CXR? PRIMARY PNEUMOTHORAX NO SECONDARY PNUEMOTHORAX YES
14
Size >2cm and/or breathless
PRIMARY PNEUMOTHORAX Consider discharge NO Size >2cm and/or breathless Aspirate (16 -18G cannula) YES Success (<2cm & SOB improved) YES Chest Drain (Size 8 -14F) NO
15
SECONDARY PNEUMOTHORAX
Admit & Observe 24hrs NO Size 1-2cm Size >2cm or breathless YES Chest Drain Aspirate YES Success (<1cm) YES NO
16
Indications - for chest drain insertion
Pneumothorax Tension pneumothorax after initial needle relief Persistent or recurrent pneumothorax after simple aspiration (x1) Large (>2cm) secondary spontaneous pneumothorax In any ventilated patient (including NIV) Remember.. Simple aspiration is recommended as first line treatment for all primary pneumothoraces requiring intervention. Ultrasound guidance is NOT needed for drain insertion for pneumothoraces
17
Indications - for chest drain insertion
Pneumothorax Tension pneumothorax after initial needle relief Persistent or recurrent pneumothorax after simple aspiration (x1) Large (>2cm) secondary spontaneous pneumothorax In any ventilated patient (including NIV) Malignant pleural effusion
18
Indications - for chest drain insertion
Pneumothorax Tension pneumothorax after initial needle relief Persistent or recurrent pneumothorax after simple aspiration Large (>2cm) secondary spontaneous pneumothorax in patients >50 yrs In any ventilated patient (including NIV) Malignant pleural effusion Remember.. Therapeutic pleural aspiration (up to 1.5 litres) will provide symptomatic relief in most situations Fluid aspiration or drainage require ultrasound guidance
19
Indications - for chest drain insertion
Pneumothorax Tension pneumothorax after initial needle relief Persistent or recurrent pneumothorax after simple aspiration Large (>2cm) secondary spontaneous pneumothorax in patients >50 yrs In any ventilated patient (including NIV) Malignant pleural effusion Empyema & complicated parapneumonic pleural effusion
20
Pleural effusion and evidence of infection
Ultrasound scan Diagnostic fluid sampling Fluid pH and microbiology Pus Chest Drain Gram stain or culture positive or pH <7.2 YES NO Observe, unless clinical indication for drain
21
Indications - for chest drain insertion
Pneumothorax Tension pneumothorax after initial needle relief Persistent or recurrent pneumothorax after simple aspiration Large (>2cm) secondary spontaneous pneumothorax in patients >50 yrs In any ventilated patient (including NIV) Malignant pleural effusion Empyema & complicated parapneumonic pleural effusion Traumatic haemopneumothorax
22
Indications - for chest drain insertion
Pneumothorax Tension pneumothorax after initial needle relief Persistent or recurrent pneumothorax after simple aspiration Large (>2cm) secondary spontaneous pneumothorax in patients >50 yrs In any ventilated patient (including NIV) Malignant pleural effusion Empyema & complicated parapneumonic pleural effusion Traumatic haemopneumothorax Postoperative e.g, thoracotomy, oesophagectomy, cardiac surgery
23
Consent
24
Consent Written formal consent should be taken
If possible, an information leaflet should be given before the procedure In the case of an emergency treatment may be carried out but must be explained as soon as the patient is sufficiently recovered to understand
25
Complications
26
Complications EARLY complications LATE complications
27
Complications EARLY complications Pain
Haemothorax (intercostal vessel injury) Lung laceration Cardiac penetration Diaphragm and abdominal cavity penetration Bowel injury (unrecognised diaphragmatic hernia) Tube placed subcutaneously Tube inserted too far Surgical emphysema
28
Malpositioned tube
29
Surgical emphysema
30
Surgical emphysema
31
Complications LATE complications Pleural infection / wound infection
Pneumothorax after removal Blocked tube Displaced tube…. “it just fell out doctor!”
32
Complications Remember..
There is no organ in the thoracic or abdominal cavity that has not been pierced by a chest drain. Asepsis is paramount Good fixation will save repeat procedures
33
Reducing risk - Haemorrhage
Non-urgent pleural aspirations and chest drain insertions should be avoided in anticoagulated patients until INR <1.5
34
Pitfalls The differentiating between a pneumothorax and bullous disease requires careful radiological assessment.
35
Pitfalls Differentiating between collapse and a pleural effusion when the chest radiograph shows a unilateral “whiteout”
36
Image guidance – BTS recommendations
A chest X-ray must be available at the time of drain insertion except in the case of tension pneumothorax. All chest drains for fluid should be inserted under image guidance
37
Image guidance – BTS recommendations
The marking of a site using thoracic ultrasound for subsequent remote aspiration or chest drain insertion is not recommended except for large pleural effusions
38
Preparation - equipment
Remember.. You should be able to set up your own trolley. Have your equipment within easy reach during the procedure.
39
Preparation - equipment
Asepsis Sterile gloves, gown and drapes Skin sterilisation (‘chloraprep’ device)
40
Preparation - equipment
Asepsis Sterile gloves, gown and drapes Skin sterilisation (‘chloraprep’ device) Remember.. Asepsis is paramount. Drapes and Gown are mandatory.
41
Preparation - equipment
Asepsis Sterile gloves, gown and drapes Skin sterilisation (‘chloraprep’ device) Anaesthesia Syringes and needles Local anaesthetic (1% lidocaine, up to 3 mg/Kg )
42
Preparation - equipment
Asepsis Sterile gloves, gown and drapes Skin sterilisation (‘chloraprep’ device) Anaesthesia Syringes and needles Local anaesthetic (1% lidocaine, up to 3 mg/Kg) Drain Kit Seldinger chest drain kit – 12F (contains scalpel) Chest drain tubing and bucket plus Sterile water (1L)
43
Preparation - equipment
Drain Size Small bore drains are recommended as they are more comfortable than larger bore tubes. No evidence that either is therapeutically superior. Large bore drains are recommended for drainage of acute haemothorax
44
Preparation - equipment
Asepsis Sterile gloves, gown and drapes Skin sterilisation (‘chloraprep’ device) Anaesthesia Syringes and needles Local anaesthetic (1% lidocaine) Drain Kit Seldinger chest drain kit – 12F (contains scalpel) Chest drain tubing and bucket plus Sterile water (1L) Fixation Suture (preferably 1.0 silk) Clear adhesive dressing
45
Preparation - patient positioning (1)
Reclined on the bed with the arm on the side of the lesion behind the patients head to expose the axillary area (“safe triangle”) Pneumothorax Effusions marked whilst in this position
46
Preparation - patient positioning (1)
The “Safe triangle” pectoralis major latisimus dorsi horizontal line of nipple
47
Preparation - patient positioning (2)
Sat upright leaning over a table (with a pillow) Effusions marked whilst in this position Remember.. For marked drain sites - the patient should be in the same position during drain insertion as during drain site marking. Ideally bedside scanning should be employed.
48
Anatomy
49
Insertion procedure 1. Asepsis Clean the skin Drape the area
50
Insertion procedure 1. Asepsis 2. Anaesthesia Clean the skin
Drape the area 2. Anaesthesia Infiltrate with local anaesthetic (10-20ml, 1%)
51
Insertion procedure 1. Asepsis 2. Anaesthesia Clean the skin
Drape the area 2. Anaesthesia Infiltrate with local anaesthetic (10-20ml, 1%, 3mg/kg, 10ml 1%=100mg) Remember.. A chest tube should not be inserted without further image guidance if free air or fluid cannot be aspirated with a needle at the time of anaesthesia.
52
Insertion procedure - Seldinger technique
3. Components Introducer needle + syringe Guide wire Dilator (with cuff / or restrictor) Chest drain Three way tap Tube connecting piece
53
Insertion procedure - Seldinger technique
54
Insertion procedure - Seldinger technique
Remember.. The guide wire should be visible AT ALL TIMES.
55
Insertion procedure - tube positioning
The position of the tip of the chest tube should ideally be aimed apically for a pneumothorax or basally for fluid (use bevel of introducer needle) However, any tube position can be effective at draining air or fluid and an effectively functioning drain should not be repositioned solely because of its radiographic position.
56
Insertion procedure - securing the drain
Suture and dress Ideally 1:0 suture (silk) Recommend using an ‘omental tag’ Omental tag
57
Insertion procedure - securing the drain
Suture and dress Ideally 1:0 suture (silk) Recommend using an ‘omental tag’ Remember.. Ensure your drain is well secured; having to replace a drain is time consuming and technically more difficult than the first time. Omental tag
58
Now it’s in… what next?
59
Now it’s in… what next? Get a DOPS form!
Chest X-ray, to confirm position
60
Now it’s in… what next? Chest X-ray, to confirm position
61
The drain isn’t bubbling..
?
62
The drain isn’t bubbling..
Remember.. A CXR is a 2 dimensional image. CT is needed for a suspected mal-positioned drain
63
Chest drain management
CXR post insertion Clamp off after 1.5L or earlier if SOB / chest pain – to avoid re-expansion pulmonary oedema Always keep drain below the level of the patient - If lifted above chest level contents of drain can siphon back into chest If disconnection occurs reconnect and ask patient to cough
64
Chest drain management
Daily fluid charting / drain assessment Not draining? Kinked Mal-position Blocked – try 30ml saline flush If the drain tip migrates out of the pleural space, the same drain should not be repositioned If a drain falls out the same drain tract should not be used to site the replacement drain
65
Chest drain management
Suction May have role in pneumothorax Low pressure / high flow ONLY on respiratory ward Chest physician decision Fibrinolysis Not supported by evidence (MIST) May have a role in those unsuitable for surgery
66
Chest drain removal – When?
Effusion Draining less than 200ml per day and radiological improvement Pneumothorax - Radiological resolution and stopped bubbling for 24 hours Empyema Clinical & radiological improvement ‘Minimal’ drainage Drain no longer functioning
67
Chest drain removal – How?
Removal is with a brisk firm movement Valsalva maneuver at full inspiration Dressing +/- ‘Steri-strips’ Sutures not usually needed
68
Discharge instructions for PTx
69
If you’re unsure ask for help...
70
Any questions?
Similar presentations
© 2024 SlidePlayer.com Inc.
All rights reserved.