OBJECTIVE: Alveolar air leaks are common after pulmonary resection, often prolonging hospitalization and increasing surgical morbidity and costs. Air leakages result from lung tissue traumatized by the dissection of fissures. This randomized and controlled trial evaluates 2 different surgical techniques for the completion of interlobar fissures during pulmonary lobectomy to establish which is superior in preventing air leakage. METHODS: There were 20 patients in each of the 2 groups: Electrocautery was used for precision dissection and collagen patches were coated with human fibrinogen and thrombin (TachoSil, Nycomed, Vienna, Austria) for aerostasis in the electrocautery and sealant group (ES), and the approved routine surgical procedure with staplers was used in the stapler group (ST). RESULTS: Statistically significant reductions of air leakage were found in the ES group in the overall incidence of air leaks (50% vs 95%, P = .0001), duration of air leaks (1.7 days vs 4.5 days, P = .003), and procedure costs (425 euros vs 630.5 euros, P = .0001). There were no complications related to the use of the patches, and a significantly lower incidence of dead pleural space was observed in the ES group (5% vs 40%, P = .020). CONCLUSION: The use of electrocautery dissection and collagen patches coated with human fibrinogen and thrombin (TachoSil, Nycomed, Vienna, Austria) for aerostasis to complete interlobar fissures seems to be safe and effective in reducing alveolar air leaks and procedure costs. Although this pilot study showed advantages in terms of hospitalization and cost benefits, further multicentric studies are required to clarify that these differences are statistically significant.
RCT Entities:
OBJECTIVE: Alveolar air leaks are common after pulmonary resection, often prolonging hospitalization and increasing surgical morbidity and costs. Air leakages result from lung tissue traumatized by the dissection of fissures. This randomized and controlled trial evaluates 2 different surgical techniques for the completion of interlobar fissures during pulmonary lobectomy to establish which is superior in preventing air leakage. METHODS: There were 20 patients in each of the 2 groups: Electrocautery was used for precision dissection and collagen patches were coated with humanfibrinogen and thrombin (TachoSil, Nycomed, Vienna, Austria) for aerostasis in the electrocautery and sealant group (ES), and the approved routine surgical procedure with staplers was used in the stapler group (ST). RESULTS: Statistically significant reductions of air leakage were found in the ES group in the overall incidence of air leaks (50% vs 95%, P = .0001), duration of air leaks (1.7 days vs 4.5 days, P = .003), and procedure costs (425 euros vs 630.5 euros, P = .0001). There were no complications related to the use of the patches, and a significantly lower incidence of dead pleural space was observed in the ES group (5% vs 40%, P = .020). CONCLUSION: The use of electrocautery dissection and collagen patches coated with humanfibrinogen and thrombin (TachoSil, Nycomed, Vienna, Austria) for aerostasis to complete interlobar fissures seems to be safe and effective in reducing alveolar air leaks and procedure costs. Although this pilot study showed advantages in terms of hospitalization and cost benefits, further multicentric studies are required to clarify that these differences are statistically significant.
Authors: Giuseppe Marulli; Andrea Droghetti; Francesco Di Chiara; Francesca Calabrese; Alessandro Rebusso; Egle Perissinotto; Giovanni Muriana; Federico Rea Journal: Lasers Med Sci Date: 2012-04-24 Impact factor: 3.161
Authors: Pier Luigi Filosso; Francesco Guerrera; Alberto Sandri; Francesco Zenga; Giovanni Vittorio Lanza; Enrico Ruffini; Giulia Bora; Paraskevas Lyberis; Paolo Solidoro; Alberto Oliaro Journal: J Thorac Dis Date: 2016-01 Impact factor: 2.895