OBJECTIVE: Free tissue transfer is frequently incorporated into the reconstructive algorithm for a multitude of defects in the head and neck. With the increasing usage of free tissue transfer we undertook to review the most current advances in the field. DATA SOURCES: PubMed search of all pertinent articles as they related to oropharyngeal reconstruction, flap choice, new technologies and techniques, and outcomes. Articles were chosen based on reviewer selection. METHODS: The microvascular committee met and discussed the current important topics in free tissue transfer. A priority list was created and ranked. Topics were assigned to the authors who conducted a narrative review of the literature. RESULTS: Free tissue transfer has evolved to the point where a limited number of specific flaps are now utilized for most defects. Composite tissue is used to reconstruct composite defects. The coupling device and implantable Doppler are demonstrating a positive impact on flap survival and efficiency. Finally, outcomes in terms of quality of life, swallowing, and return to function have been shown to improve with the use of free tissue transfer. CONCLUSION: Free tissue transfer continues to be the reconstructive modality of choice for head and neck defects.
OBJECTIVE: Free tissue transfer is frequently incorporated into the reconstructive algorithm for a multitude of defects in the head and neck. With the increasing usage of free tissue transfer we undertook to review the most current advances in the field. DATA SOURCES: PubMed search of all pertinent articles as they related to oropharyngeal reconstruction, flap choice, new technologies and techniques, and outcomes. Articles were chosen based on reviewer selection. METHODS: The microvascular committee met and discussed the current important topics in free tissue transfer. A priority list was created and ranked. Topics were assigned to the authors who conducted a narrative review of the literature. RESULTS: Free tissue transfer has evolved to the point where a limited number of specific flaps are now utilized for most defects. Composite tissue is used to reconstruct composite defects. The coupling device and implantable Doppler are demonstrating a positive impact on flap survival and efficiency. Finally, outcomes in terms of quality of life, swallowing, and return to function have been shown to improve with the use of free tissue transfer. CONCLUSION: Free tissue transfer continues to be the reconstructive modality of choice for head and neck defects.
Authors: William R Hand; Julie R McSwain; Matthew D McEvoy; Bethany Wolf; Abdalrahman A Algendy; Matthew D Parks; John L Murray; Scott T Reeves Journal: Otolaryngol Head Neck Surg Date: 2014-12-30 Impact factor: 3.497
Authors: N Saito; A Tsutsumida; H Furukawa; M Sekido; A Oyama; E Funayama; A Saito; Y Yamamoto Journal: Acta Otorhinolaryngol Ital Date: 2010-04 Impact factor: 2.124