Spotlight on Esophageal Perforation A multinational study using the Pittsburgh Esophageal Perforation Severity Scoring System

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Spotlight on Esophageal Perforation A multinational study using the Pittsburgh Esophageal Perforation Severity Scoring System Michael Schweigert Department of Thoracic Surgery

Objective Esophageal perforation is a devastating condition with high morbidity and mortality. The Pittsburgh group has suggested a perforation severity score (PSS) for better decision-making in the management of esophageal perforation. 1 Aim of this study was to analyze the usefulness of the Pittsburgh PSS in an independent study population. 1 Abbas G et al. Contemporaneous management of esophageal perforation. Surgery. 2009 Oct;146(4):749-55. 2

The Pittsburgh PSS The PSS is a clinical score based on clinical findings at the time of presentation. All variables are assigned points (range 1 to 3) for a possible total score of 18. 3

The Pittsburgh PSS Points are given to each variable according to the following scale: 1 = age > 75 years, tachycardia (> 100 bpm), leukocytosis ( > 10000 WBC/ml), pleural effusion (on chest x-ray, CT or barium swallow); 2 = fever (> 38.5 C), noncontained leak (on barium swallow or CT), respiratory compromise (respiratory rate > 30, increasing oxygen requirement or need of mechanical ventilation), time to diagnosis > 24 hours; 3 = presence of cancer, hypotension 4

Material and Methods In a retrospective study cases of esophageal perforation were collected from eleven centers of esophageal surgery. The study-period was 1990-2014. The medical records of all cases of esophageal perforation were reviewed and the variables of the score were retrospectively analyzed for the time of initial presentation. The score was calculated and treatment as well as outcome was compared with the result of the score. 5

List of the participating Centres Städtisches Klinikum Dresden Friedrichstadt (Dresden, Germany), Klinikum Nuremberg (Nuremberg, Germany), Klinikum Neumarkt (Neumarkt i.d.opf., Germany), Salzburger Landeskrankenhaus (Paracelsus Medical University, Salzburg, Austria), Royal Victoria Hospital (Belfast, Northern Ireland, UK), Hospital Universitario La Princessa (Madrid, Spain), Hospital São João (University of Porto, Portugal), The University of Hong Kong (Hong Kong), Hospital St. George (Medical University of Plovdiv, Bulgaria), St. Sophia University Hospital for Pulmonary Diseases (Medical University, Sofia, Bulgaria, University of Stara Zagora (Stara Zagora, Bulgaria). 6

Results: Numbers & Age A total of 288 patients: 183 men (63.5%) and 105 females (36.5%). Age distribution The mean age was 59.94 years ± 18.00 years SD (range 5 years 98 years). Overall 62 patients were older than 75 years (21.5%). 7

Results: Etiology & Site Etiology: Spontaneous 119 (41.3%) Iatrogenic (instrumentation) 85 (29.5%) Traumatic perforation 84 (29.2%). Site of perforation: Cervical 45 (16%) Thoracic 202 (71.6%) Abdominal 35 (12.4%). 8

Results: Esophageal Pathology Pre-existing esophageal pathology was present in 90 patients (31.0%) whereas 198 had none (69.0%). The most common esophageal disorders were: Esophageal cancer (43), Esophageal stricture (23), Hiatal hernia (6), Esophageal diverticulum (5), Achalasia (3), Esophageal varices (3) and Mallory Weiss Syndrome (3). 9

Results: Management Operative management (200, 69.4%): Primary repair 83 Surgical drainage 38 Esophageal exclusion 28 Esophagectomy 26 Repair over drain 21 Non-operative management (88, 30.6%): Endoscopic stent insertion 31 (10.8%). 10

Results: Morbidity and Mortality Perforation related morbidity occurred in 180 patients (65.3%): Sepsis 61 Pneumonia 56 Mediastinitis 44 Pleural empyema 37 Leak of the repair 18. The overall in-hospital morality rate was 19.8% (57/288). Mean length of stay was 40.68 days ± 43.95 days (range 1 374 days). 11

Results: Distribution of PSS Min. 1st Qu. Median Mean 3rd Qu. Max. SD 0.000 3.000 5.000 5.822 9.000 17.000 4.01 12

Results: PSS Variables 13

Results: Perforation Severity Score Patients with fatal outcome had a significantly higher mean PSS than survivors (9.79 ± 3.76 SD vs. 4.84 ± 3.43 SD; p<0.00001). Mean PSS was significantly higher in operatively managed cases compared to non-operative cases (6.44 ± 4.00 SD vs. 4.40 ± 3.66 SD; p=0.0001). 14

Results: PSS Groups In accordance with the original publication we divided the study population into three groups: 15

Results: PSS Groups Mortality Mortality rate Group 2 (PSS 3 5) vs. Group 1 (PSS 2): OR: 2.27; 95% CI: 0.39-23.82; p=0.468. Mortality Group 3 (PSS > 5) vs. Group 1 (PSS 2): OR: 18.33; 95% CI: 4.47-162.07; p<0.0001. Mortality Group 3 (PSS > 5) vs. Group 2 (PSS 3 5): OR: 8.03; 95% CI: 3.17-24.41; p<0.0001. 16

Conclusions The PSS reliably measures the seriousness of oesophageal perforation. Morbidity, frequency of operative treatment, length of stay and mortality were strongly correlated with the score value. We demonstrated that PSS 2 (Group 1), PSS 3-5 (Group 2) and PSS > 5 (Group 3) constitute low, medium and high PSS groups with different prognosis, treatment and outcome. 17

Conclusions Affiliation to Group 1 (low PSS) is associated with the best outcome and might be an indicator for possible non-operative treatment. Belonging to the medium PSS group is associated with a more favourable prognosis compared to Group 3. Aggressive management is likely to be required for a considerable portion of patients in this group. Affiliation to Group 3 (PSS > 5) was associated with the worst prognosis and the most substantial mortality. Early and aggressive treatment is mandatory to avoid fatal outcome. 18

Summary The Pittsburgh PSS reliably correlates with the seriousness of oesophageal perforation. The score is easy to use and helpful to assess the dimension of oesophageal injury. Division into groups of low, medium and high PSS is useful to identify appropriate candidates for non-operative management. Introduction of the score into the clinical routine might improve efficiency and facilitate faster decision making. 19

Thank you for your attention! Dresden. Capital of Saxony. 20