Sternocleidomastoid muscle flap in esophageal perforation repair after cervical spine surgery: Concepts, techniques, and personal experience

Marco Benazzo, Roberto Spasiano, Giulia Bertino, Antonio Occhini, Patrizia Gatti

Research output: Contribution to journalArticle

Abstract

Study Design: A retrospective report was conducted on clinical and instrumental data of 3 patients treated for esophageal perforation after anterior cervical spine surgery. OBJECTIVE: To define indications and evaluate the safety and effectiveness of surgical repair of esophageal perforations by means of sternocleidomastoid (SCM) muscle flap in the setting of anterior spinal surgery. Summary of Background Data: Esophageal perforation is an occasional or underreported complication in anterior cervical spine surgery. To prevent its potentially devastating and even life-threatening sequelae, prompt diagnosis and treatment are required. No treatment protocol has yet been standardized. In addition to conservative measures, several surgical approaches have been presented, ranging from primary repair to reconstruction with local, regional, or distant flaps. Methods: Primary spinal pathology and intervention, esophageal fistulae morphology, diagnostic work-up, clinical course, and surgical techniques for their repair are illustrated in each case. Follow-up data have been gathered by in-person visits. Results: Mean time from discovery of perforation to definitive surgical treatment institution was 44.3 days (range: 34 to 61 d). SCM muscle flap way used as reinforcement and protection of a primary esophageal suture in 2 cases and as a patch to the perforation in 1 case. All the fistulae healed without further complications. Mean time to oral feeding resumption was 17.6 days (range: 10 to 27 d) and mean hospitalization time was 19 days (range: 11 to 28 d). All the patients presented with a free oral diet at the last follow-up check. Conclusions: Esophageal perforation treatment has to be multidisciplinary and tailored on each individual case. SCM muscle flap, used as reinforcement of a primary suture or as a patch to the lesion, has proved to be effective as definitive treatment for persisting or recurring esophageal fistulae after anterior cervical spine surgery. In this setting, conservative treatments may be inadequate or may actually perpetuate the condition.

Original languageEnglish
Pages (from-to)597-605
Number of pages9
JournalJournal of Spinal Disorders and Techniques
Volume21
Issue number8
DOIs
Publication statusPublished - Dec 2008

Fingerprint

Esophageal Perforation
Spine
Esophageal Fistula
Muscles
Sutures
Therapeutics
Clinical Protocols
Fistula
Hospitalization
Pathology
Diet
Safety

Keywords

  • cervical spine surgery
  • esophageal perforation
  • sternocleidomastoid muscle flap

ASJC Scopus subject areas

  • Clinical Neurology
  • Surgery
  • Orthopedics and Sports Medicine
  • Medicine(all)

Cite this

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title = "Sternocleidomastoid muscle flap in esophageal perforation repair after cervical spine surgery: Concepts, techniques, and personal experience",
abstract = "Study Design: A retrospective report was conducted on clinical and instrumental data of 3 patients treated for esophageal perforation after anterior cervical spine surgery. OBJECTIVE: To define indications and evaluate the safety and effectiveness of surgical repair of esophageal perforations by means of sternocleidomastoid (SCM) muscle flap in the setting of anterior spinal surgery. Summary of Background Data: Esophageal perforation is an occasional or underreported complication in anterior cervical spine surgery. To prevent its potentially devastating and even life-threatening sequelae, prompt diagnosis and treatment are required. No treatment protocol has yet been standardized. In addition to conservative measures, several surgical approaches have been presented, ranging from primary repair to reconstruction with local, regional, or distant flaps. Methods: Primary spinal pathology and intervention, esophageal fistulae morphology, diagnostic work-up, clinical course, and surgical techniques for their repair are illustrated in each case. Follow-up data have been gathered by in-person visits. Results: Mean time from discovery of perforation to definitive surgical treatment institution was 44.3 days (range: 34 to 61 d). SCM muscle flap way used as reinforcement and protection of a primary esophageal suture in 2 cases and as a patch to the perforation in 1 case. All the fistulae healed without further complications. Mean time to oral feeding resumption was 17.6 days (range: 10 to 27 d) and mean hospitalization time was 19 days (range: 11 to 28 d). All the patients presented with a free oral diet at the last follow-up check. Conclusions: Esophageal perforation treatment has to be multidisciplinary and tailored on each individual case. SCM muscle flap, used as reinforcement of a primary suture or as a patch to the lesion, has proved to be effective as definitive treatment for persisting or recurring esophageal fistulae after anterior cervical spine surgery. In this setting, conservative treatments may be inadequate or may actually perpetuate the condition.",
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author = "Marco Benazzo and Roberto Spasiano and Giulia Bertino and Antonio Occhini and Patrizia Gatti",
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T1 - Sternocleidomastoid muscle flap in esophageal perforation repair after cervical spine surgery

T2 - Concepts, techniques, and personal experience

AU - Benazzo, Marco

AU - Spasiano, Roberto

AU - Bertino, Giulia

AU - Occhini, Antonio

AU - Gatti, Patrizia

PY - 2008/12

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N2 - Study Design: A retrospective report was conducted on clinical and instrumental data of 3 patients treated for esophageal perforation after anterior cervical spine surgery. OBJECTIVE: To define indications and evaluate the safety and effectiveness of surgical repair of esophageal perforations by means of sternocleidomastoid (SCM) muscle flap in the setting of anterior spinal surgery. Summary of Background Data: Esophageal perforation is an occasional or underreported complication in anterior cervical spine surgery. To prevent its potentially devastating and even life-threatening sequelae, prompt diagnosis and treatment are required. No treatment protocol has yet been standardized. In addition to conservative measures, several surgical approaches have been presented, ranging from primary repair to reconstruction with local, regional, or distant flaps. Methods: Primary spinal pathology and intervention, esophageal fistulae morphology, diagnostic work-up, clinical course, and surgical techniques for their repair are illustrated in each case. Follow-up data have been gathered by in-person visits. Results: Mean time from discovery of perforation to definitive surgical treatment institution was 44.3 days (range: 34 to 61 d). SCM muscle flap way used as reinforcement and protection of a primary esophageal suture in 2 cases and as a patch to the perforation in 1 case. All the fistulae healed without further complications. Mean time to oral feeding resumption was 17.6 days (range: 10 to 27 d) and mean hospitalization time was 19 days (range: 11 to 28 d). All the patients presented with a free oral diet at the last follow-up check. Conclusions: Esophageal perforation treatment has to be multidisciplinary and tailored on each individual case. SCM muscle flap, used as reinforcement of a primary suture or as a patch to the lesion, has proved to be effective as definitive treatment for persisting or recurring esophageal fistulae after anterior cervical spine surgery. In this setting, conservative treatments may be inadequate or may actually perpetuate the condition.

AB - Study Design: A retrospective report was conducted on clinical and instrumental data of 3 patients treated for esophageal perforation after anterior cervical spine surgery. OBJECTIVE: To define indications and evaluate the safety and effectiveness of surgical repair of esophageal perforations by means of sternocleidomastoid (SCM) muscle flap in the setting of anterior spinal surgery. Summary of Background Data: Esophageal perforation is an occasional or underreported complication in anterior cervical spine surgery. To prevent its potentially devastating and even life-threatening sequelae, prompt diagnosis and treatment are required. No treatment protocol has yet been standardized. In addition to conservative measures, several surgical approaches have been presented, ranging from primary repair to reconstruction with local, regional, or distant flaps. Methods: Primary spinal pathology and intervention, esophageal fistulae morphology, diagnostic work-up, clinical course, and surgical techniques for their repair are illustrated in each case. Follow-up data have been gathered by in-person visits. Results: Mean time from discovery of perforation to definitive surgical treatment institution was 44.3 days (range: 34 to 61 d). SCM muscle flap way used as reinforcement and protection of a primary esophageal suture in 2 cases and as a patch to the perforation in 1 case. All the fistulae healed without further complications. Mean time to oral feeding resumption was 17.6 days (range: 10 to 27 d) and mean hospitalization time was 19 days (range: 11 to 28 d). All the patients presented with a free oral diet at the last follow-up check. Conclusions: Esophageal perforation treatment has to be multidisciplinary and tailored on each individual case. SCM muscle flap, used as reinforcement of a primary suture or as a patch to the lesion, has proved to be effective as definitive treatment for persisting or recurring esophageal fistulae after anterior cervical spine surgery. In this setting, conservative treatments may be inadequate or may actually perpetuate the condition.

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