SummaryGeneral anaesthesia is the first choice as an anaesthesia method particularly for abdominal operations. However, since neuromuscular blockade to be provided during general anaesthesia will increase atelectasis in a patient with pulmonary disease, it will also increase postoperative ventilator dependence. This need will be even more apparent in cases of chronic obstructive pulmonary disease (COPD) that pose a risk especially for postoperative complications. Thoracic epidural anaesthesia (TEA) is a better option for our patient with serious obstructive pulmonary diseases and stage 4 lung cancer as it provides sufficient anaesthesia and better postoperative care for laparotomic gastrostomy.Keywords: Chronic obstuctive pulmoner disease; laparoscopic gastrostomy; lung cancer; throcal epidural anaesthesia.
ÖzetGenel anestezi, özellikle batın operasyonları için ilk tercih edilen anestezi yöntemidir. Ancak akciğer hastalığı olan birinde, genel anestezi esnasında sağlanacak neuromusculer blokaj atelektaziyi artıracağından, postoperatif ventilatör bağımlılığını artıracaktır. Özellikle postoperatif komplikasyonlar için risk oluşturan kronik obstruktif akciğer hastalığı (COPD) olgularında bu ihtiyaç daha belirgin olacaktır. Thoracal epidural anaesthesia (TEA), üst abdominal operasyonlar için yeterli anestezi sağladı-ğından, ciddi akciğer hastalığı ve evre 4 akciğer kanseri olan hastamız için en iyi seçenektir.
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PAIN A RItory muscles responsible for reducing lung volumes, further increasing the risk of complications.[1] Canet and et al., [2] defined seven risk factors for postoperative pulmonary complications, including 1) lower preoperative SpO 2 ; 2) acute respiratory infection in the preceding months; 3) advanced age; 4) preoperative anemia; 5) upper abdominal or thoracic surgery; 6) operation duration longer than 2 hours; 7) emergency operations. As our patient had anemia and COPD, and he underwent a procedure close to diaphragma, he was also carrying a potential risk for PPCs.Many factors lead to PPCs, including weakened mucociliary activity by anesthetic gases and tracheal intubation during general anesthesia; atelectasis caused by the inactivation of respiratory muscles during me-