Historic Background
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Transcript Historic Background
Joint Hospital Grand Round
- Boerhaave’s Syndrome and
Oesophageal Perforation
NDH
Dr. Samson Tse
Case Presentation
(Boerhaave’s Syndrome)
WT Lee
M/69
Good past health except chronic
duodenal ulcer detected >10 years ago
Case Presentation
Presented on 21.12.2002 with repeated
vomiting and diarrhoea and epigastric
pain radiating to back
No history of foreign body ingestion or
trauma
CXR normal and discharged from A&E
Case Presentation
Reattended on 24.12.2002 with dysphagia,
SOB and persistent right sided chest and back
pain
Clinical examination – right anterior chest wall
tenderness and decreased right sided air entry
CXR – subcutaneous emphysema,
pneumomediastinum and RLZ hazziness
Causes of Pneumomediastinum
Pulmonary pathology
Tracheal pathology
Oesophageal pathology
Iatrogenic
Idiopathic
Case Presentation
Water soluble contrast study
performed – extraluminal collection of
contrast near the gastro-oesophageal
junction
CT – pneumomediastinum and pocket of
air-fluid level in the lower thorax around
the lower thoracic oesophagus
Treatment
Right sided chest drain insertion, blood stained
fluid with some debris drained
Drainage and diversion decided - transection of
oesophagus, cervical oesophagostomy,
gastrostomy and feeding jejunostomy 3 days
later
Laparotomy and presternal gastric
transposition 3½ months later
Historic Background
Hermann Boerhaave described the clinical
presentation, the progress and the autopsy
finding of this syndrome in 1724
Boerhaave’s syndrome is synonymous to
barogenic perforation, postemetic perforation
and spontaneous oesophageal rupture
Clinical Presentation
Depending on the location and size of the
injury and the time course
Almost always on the left side of the distal
third oesophagus (~90%)
Most occurs along the longitudinal axis
Mucosal tear often longer than the serosal tear
Clinical Presentation
Pain occurs in 80-100% of cases
Other symptoms including dyspnoea,
dysphagia, facial swelling, proptosis,
dysphonia, polydipsia, haematemasis,
hoarseness and SCM muscle spasm
Clinical Presentation
Signs including an acutely ill patient with fever,
subcutaneous or mediastinal emphysema,
tachycardia, tachypnea, cyanosis and shock
Hamman’s sign had been reported
Mackler’s classic triad of vomiting, chest
pain and subcutaneous emphysema is less
common than originally thought
Diagnosis
? History
CXR (AP and lateral), erect AXR
Lateral neck XR
Gastrograffin / Barium contrast study
If gastrograffin negative -> follow by Barium
-> will detect 60% of cervical and 90%
surgically confirmed perforations – (Bladergroen MR
1986 & Symbar PN 1972 Ann Thor Surg, Kim-Deobald J 1992, Am J GE)
False negative rate of 10-36%
Diagnosis
IV and oral contrast CT scan thorax and
abdomen
Endoscopy’s role is highly questionable but
has high accuracy for perforation secondary to
external injury but not recommended for acute,
non-penetrating perforations(Horwitz 1993 & Kim-Deobald
1992 AJGE, Mengoli 1965 Arch Surg
)
Diagnosis
Thoracentesis may aid in diagnosis
Acidic pH, elevated salivary amylase,
purulent foul smelling material, or
presence of undigested food are useful
finding (Attar 1990 Ann Thor Surg, Dubost 1979 J Thor
Cadiovas, Roufail 1972 GI Endo)
Pathophysiology
Mainly due to necrotizing mediastinitis
Hydropneumothorax and localized
perioesophageal abscess are common finding
Staphylococcus, Pseudomonas,
Streptococcus and Bacteroides usually
involved
Natural history is fluid sequestration, sepsis
and death
Medical Management for
Oesophageal Perforation
Principles of medical treatment consists of :- NPO
- parental alimentation
- nasogastric suction
- board spectrum antibiotics
Good results achieved but only in patients
with instrumentation perforation (Mengoli 1965 Arch
Surg, Wesdorp 1984 Gut, Sarr 1982 JTCVS, Michel 1981 Ann Surg)
Medical Management
Criteria for conservative management :- clinically stable, minimal sepsis
- elective instrumental perforation
- contained perforation
- absence of crepitus, pneumothorax or
pneumoperitoneum
Medical Management
Endoprothesis usually reserved for patients
with malignant disease and instrumental
perforation (Wesdorp 1984 Gut, Hine 1986 Dig Dis Sci, Nicholson 1995
Clin Rad)
Successful use of endoprothesis in
management of Boerhaave’s Syndrome had
also been reported (Chung 2001 Endoscopy, Davies 1999 Ann
Thorac Surg)
Surgical Management
Surgical techniques include drainage alone,
drainage and repair (direct closure,
omental; diaphragmatic or fundal patch) ,
and drainage and diversion depending on
the location of perforation, time period between
perforation and diagnosis and the presence of
underlying oesophageal disease
Surgical Management
Open vs minimal invasive technique
Most suitable operation is usually
“ tailor made” operation for individual
patient
Surgical Management
Criteria for surgical management :- Boerhaave’s syndrome
- clinically unstable with sepsis, shock, and
respiratory failure
- contaminated mediastinum or pleural space
- perforation with retained foreign bodies
- perforation in oesophageal disease for which
elective surgery is considered
- failed medical therapy
Mortality
Overall mortality of oesophageal perforations is
15.5% - 29% (range 0-64%)
Outcome depends on timing of treatment,
location and aetiology of the perforation
Boerhaave’s syndrome has the highest
mortality rate – from 22% - 63%
Underlying oesophageal disease increases the
mortality rate by six times
Conclusion
A diagnostic and therapeutic challenge
High index of suspicion in clinically suspicious
cases even if initial investigations are negative
Thoracic site, delayed diagnosis and treatment
are the main factors contributing to poor
survival
If surgery is performed, a 12-24 hour window
is optimal