A Safe Methodology for Suction Drain Placement in in Head & Neck Reconstruction after Free Tissue Transfer

• Published in: Indian journal of otolaryngology, and head, and neck surgery and head, and neck surgery, 2024-10, Vol.76 (5), p.4881-4884
• Main Authors: Golash, Anupam, Das, Tamasuk, Golash, Abhijit
• Format: Article
• Language: English
• Subjects: Brief Communication; Head and Neck Surgery; Medicine; Medicine & Public Health; Neck; Otorhinolaryngology
• ISSN: 2231-3796; 0973-7707
• DOI: 10.1007/s12070-024-04764-y

Introduction Free tissue transfer is now done routinely for Head & neck reconstruction. A suction drain is needed for efficient drainage of the neck post-dissection & with it arises a new dilemma, challenge or obsession amidst the practicing surgeons about the safe and efficient placement of suction drain in an anatomical location so that it does not injure or impair the anastomosis but will still be able to carry out its role efficiently. No prior studies are available regarding the safe practice. Hence the aim of our study was to explore & establish a reliable manoeuvre where the drain could be introduced in a safe and efficient way. From April of 2017-February of 2024 a prospective study was carried out in which cases of 517 patients were taken into account who underwent head and neck reconstruction using a free tissue transfer procedure where the suction drain tube was placed in the dependent part of the neck (i.e. the posterior triangle region) & the margin of sternocleidomastoid muscle was fixed with the pre-vertebral layer of the cervical fascia. The drain was secured externally with a percutaneous non- absorbable suture. Study Design A prospective Study. Study Period April 2017- February 2024. Observation A thorough observation was carried out & no evidence of drain induced anastomotic complications were reported. Conclusion Hence it can be assumed that this particular method of drain placement is both safe & efficient and it can act as a beacon among the surgeons who suffer a from a dilemma & challenge about where to place the drain safely & efficiently.