2. Chief Complaints
• Patient presented with complaints of sudden
onset of shortness of breath @ 11.30 am
associated with cough and sputum expectoration
from morning.
• Also complains of chest pain since morning .
• No H/o Trauma / Prolonged travel/surgery/
immobilization recently.
14/06/2017
2
3. • No H/o Fever /DM Type 2 /HTN/COPD/IHD /
Asthma
• Past History of Tuberculosis +
• Family history – Not significant
• Personal History- Not an alcoholic but patient
was smoker but left it 10 years back.
• Sexual history- No STD’s
14/06/2017
3
4. On Examination
• HEENT – Nothing significant
• No pallor/cyanosis/icterus/clubbing /pedal
edema
• Patient is emanciated and weak.
• Temperature- 98.6 F
• Pulse 78/min
• B.P 150/90 mm Hg
• Respiratory rate 22/min
14/06/2017
4
5. • CVS : S1 S2- Normal, No murmur
• RS: Bilateral Breath sounds decreased,
Left > Right , Bilateral Wheeze +
• PA: Soft, No Tenderness, Normal Bowel
sounds
• CNS: WNL
14/06/2017
5
6. • Whats Your differential Diganosis ??
• What tests you perform Next??
14/06/2017
6
7. • ECG- Ischemic changes
ABG- Type 1 Respiratory failure
Chest – X ray -
14/06/2017
7
21. • Definition:
• A chest tube (chest drain, thoracic catheter, tube thoracostomy, or intercostal drain) is a
flexible plastic tube that is inserted through the chest wall and into the pleural
space or mediastinum.
• It is used to remove air (pneumothorax) or fluid (pleural effusion, blood, chyle), or pus
(empyema) from the intrathoracic space. It is also known as a Bülau drain or an intercostal
catheter.
• Indications:
• Pneumothorax
- SSP
- Unstable pneumothorax
- Severe dyspnoea
- Lung collapse
- Frequent recurrent pneumothorax
- Simple or catheter aspiration drainage is unsuccessful in controlling
symptoms.
• Pleural effusion
• Chylothorax
• Empyema
• Hemothorax
• Hydrothorax
• Postoperative: for example, thoracotomy, oesophagectomy, cardiac surgery
22. • Contraindications
• Refractory coagulopathy
• Presence of a diaphragmatic hernia
• Hepatic hydrothorax.
• Additional contraindications include scarring in the pleural space
(adhesions).
• Position of intercostal tube:
• The chest tube should be positioned in the uppermost part of pleural
space, where residual air accumulates.
• This procedure permits the air to be evacuated from the pleural
space rapidly.
• The site of chest tube insertion is in anterior axillary line of fifth or
sixth intercostal space.
23.
24. Suction
• Not routinely used because may cause re expansion
pulmonary edema
• Indicated when persistent air leak with or without incomplete
re-expansion of the lung after 48 hrs
• High-volume low-pressure systems such as Vernon-Thompson
pumps or wall suction with low pressure adaptors
14/06/2017
24
25. Thoracic surgeon
Indications for surgical advice:
• Persistent air leak (despite 5 to 7 days of chest tube drainage)
or failure of lung re-expansion.
• Synchronous bilateral spontaneous pneumothorax.
• Professions at risk (eg, pilots, divers).
• Pregnancy.
• Second ipsilateral pneumothorax.
• First contralateral pneumothorax.
• Spontaneous haemothorax
14/06/2017
25
26. Advice & f/up
• Avoid air travel until 1 weeks post fully resolution
• Avoid diving unless has undergone bilateral surgical
pleurectomy and has normal lung function and chest CT scan
postoperatively
• Observation/ NA F/up in 2-4 weeks
14/06/2017
26
PSP & SSP
SSP associated with lung disease e.g. TB, COPD & symptoms more severe than PSP
Size of pneumothorax not determine the severity of symptoms
Tension pneumothorax cardiorespiratoy distress i.e. cyanosis, sweating, severe tachypnoea, tachycardia and hypotension
Pneumothorax – erect inspiratory PA cxr displacement of pleural line
CT scan for small pneumothorax
PSP
Male, young, tall & thin
PSP referral to chest physician in 24hr, ref to thoracic surgeon if persistent air leak in 5-7 days chest tube
SSP early referral, d/w thoracic surgeon if persistent air leak in 48 hrs
Surgical empysema?
The size of the pneumothorax determines the rate of
resolution and is a relative indication for active
intervention.
Best measured by Digital radiography (Picture-Archiving Communication Systems,
PACS)
Chemical plerodesis – sclerosing agent e.g. tetracycline open or VATS approach
AIM: resect any visible bullae or blebs on
the visceral pleura and also to obliterate emphysema-like
changes9 or pleural porosities under the surface of the visceral
pleura.8 The second objective is to create a symphysis between
the two opposing pleural surfaces as an additional means of
preventing recurrence
1. Open thoracotomy and pleurectomy remain the procedure
with the lowest recurrence rate (approximately
1%) for difficult or recurrent pneumothoraces. (A)
2. Video-assisted thoracoscopic surgery (VATS) with
pleurectomy and pleural abrasion is better tolerated but
has a higher recurrence rate of approximately 5%. (A)
3. Surgical chemical pleurodesis is best achieved by using
5 g sterile graded talc, with which the complications of
adult respiratory distress syndrome and empyema are
rare.