T M Sheeja Rajan1, S Rajesh2, Benoy Varghese1, P V Ramnarayan2. 1. Department of Plastic and Reconstructive Surgery, Government Medical College, Kozhikode, Kerala, India. 2. Department of Cardiothoracic Surgery, Government Medical College, Kozhikode, Kerala, India.
Sir,We wish to present a unique case of total oesophageal reconstruction using tubed skin and myocutaneous flaps, performed in 1989 by the senior authors. The patient was symptom-free, feeding satisfactorily and socially well rehabilitated for the past 25 years. This case was brought to our attention while he presented with a small fistula below the original pharyngostomy site following active pulmonary tuberculosis.Twenty-five years back, this patient had sustained extensive corrosive stricture of the oesophagus [Figure 1]. A colon transfer had failed and he was being managed with a pharyngostomy and feeding gastrostomy. Once the general condition of the patient was stabilised, he was subjected to a multistage segmental neo-oesophageal reconstruction that took a year to complete. Upper third of the neo-oesophagus was reconstructed with a reversed, tubed deltopectoral flap which was tunnelled subcutaneously into the cervical region and anastomosed to the pharyngostoma. Flap donor site was skin grafted. The middle third of neo-oesophagus was constructed with a reversed, tubed pectoralis major myocutaneous flap. Subsequently, skin of the lower chest wall was fashioned into a Gillies tube pedicle flap and connected to the remnant of transferred colon [Figure 2]. An average interval of 3 months was maintained between each stage of the reconstruction.
Figure 1
An 18-year-old patient with oesophageal stricture on feeding gastrostomy before reconstruction
Figure 2
Barium swallow at the end of reconstruction showing smooth, stricture less conduit of neo-oesophagus. A trickle of Barium across the corrosive stricture can also be seen
An 18-year-old patient with oesophageal stricture on feeding gastrostomy before reconstructionBarium swallow at the end of reconstruction showing smooth, stricture less conduit of neo-oesophagus. A trickle of Barium across the corrosive stricture can also be seenThe flaps were meticulously planned to give the widest possible lumen, and precautions were taken to avoid strictures at the anastomotic sites. Following the release of a minor synechia at the proximal anastomosis, the patient started feeding adequately. The patient was then followed up with barium swallows and the conduit appeared smooth and strictureless [Figure 3]. Since the neo-oesophagus lacked peristalsis, the patient was propelling the swallowed food forwards with a gentle massage, aided by gravity. Except for a minimal redundancy of the tubed conduit, he was symptom-free and feeding adequately till the development of the fistula. He has completed antituberculous drug therapy and undergone an oesophagoscopy with dilatation of a minor inflammatory stricture around the fistulous tract. However, the fistulous tract persisted and a subsequent biopsy revealed a well-differentiated squamous cell carcinoma. The patient has now undergone a resection of the involved segment followed by chemoradiation [Figure 4].
Figure 3
Patient after 25 years with the reconstructed neo-oesophagus. A fistula can be seen at the lower neck region
Figure 4
Recent computed tomography scan showing the reconstructed oesophagus with inflammation in the proximal segment
Patient after 25 years with the reconstructed neo-oesophagus. A fistula can be seen at the lower neck regionRecent computed tomography scan showing the reconstructed oesophagus with inflammation in the proximal segmentA literature search from 1980s to 1990s showed that four types of pharyngo-oesophageal reconstructions were employed at that time, namely, (1) subcutaneous or intrathoracic interposition or migration of alimentary tract, either stomach or colon, (2) free flaps of jejunum or colon, (3) local or regional skin flaps and (4) free skin grafts.[1] Wherever facilities for microvascular surgery exists, a free jejunal interposition flap is considered to be the best reconstructive option.[1234] However, salvage reconstruction of neo-oesophagus with skin and myocutaneous flap still has a role when free flaps or pull-ups fail or when there is extensive substernal scarring.[245]We wish to highlight the long-term success of this salvage reconstruction from a centre where facilities for microsurgery were non-existent. By carefully planned and meticulously executed simple-staged reconstructive steps, the young patient could be restored to oral feeding and socially well rehabilitated by avoiding the life-long stigma of a gastrostomy. There is paucity of literature on the long-term survival rates of patients with salvage reconstruction of neo-oesophagus; however, we believe that a reconstruction as in our patient that withstood the test of time for 25 long years is truly unique and deserves special credit.