Microvascular free tissue transfer has revolutionized the reconstruction of complex maxillofacial defects. These cases often necessitate a 2-teamed approach, with an ablative surgeon at the head and a reconstructive surgeon at a distant site for flap harvest. Careful attention to recipient vessel identification and preservation establishes the foundation for successful reconstruction. This article describes the surgical landmarks of the frequently utilized arteries and veins, vessel handling techniques, and general principles for the preparation of free tissue transfer recipient sites in head and neck reconstruction
The reported success rate of microvascular free flap reconstruction ranges between 95% and 97%. Howe...
Background: Free tissue transfer has become the standard of care for the reconstruction of head and ...
Reconstruction of the head and neck continues to pose a variety of difficult functional and aestheti...
Microvascular free tissue transfer has revolutionized the reconstruction of complex maxillofacial de...
Free tissue transfer (FTT) is a cornerstone of head and neck reconstruction. Although rare, complica...
Abstract: Background. Free-tissue transfer has become the preferred method of head and neck reconstr...
involving the face and intraoral region were operated upon for extensive excision in desperate attem...
The reconstruction of defects in the head and neck region has remained a challenging problem for hea...
Familiarity with four types of free tissues transfers allows appropriate reconstruction of most defe...
© 2015 Dr. Richard James McNicol RossReconstruction of defects of the head and neck remains a challe...
Advances in head and neck reconstruction has made significant improvement in the quality of life and...
Abstract: The selection of recipient vessels that are suitable for microvascular anastomosis in the ...
Head and neck defects following oncological surgery must often be repaired with soft tissue and/or b...
Advances in head and neck reconstruction has made significant improvement in the quality of life and...
Microvascular surgery now plays an increasingly important role in head and neck reconstruction. When...
The reported success rate of microvascular free flap reconstruction ranges between 95% and 97%. Howe...
Background: Free tissue transfer has become the standard of care for the reconstruction of head and ...
Reconstruction of the head and neck continues to pose a variety of difficult functional and aestheti...
Microvascular free tissue transfer has revolutionized the reconstruction of complex maxillofacial de...
Free tissue transfer (FTT) is a cornerstone of head and neck reconstruction. Although rare, complica...
Abstract: Background. Free-tissue transfer has become the preferred method of head and neck reconstr...
involving the face and intraoral region were operated upon for extensive excision in desperate attem...
The reconstruction of defects in the head and neck region has remained a challenging problem for hea...
Familiarity with four types of free tissues transfers allows appropriate reconstruction of most defe...
© 2015 Dr. Richard James McNicol RossReconstruction of defects of the head and neck remains a challe...
Advances in head and neck reconstruction has made significant improvement in the quality of life and...
Abstract: The selection of recipient vessels that are suitable for microvascular anastomosis in the ...
Head and neck defects following oncological surgery must often be repaired with soft tissue and/or b...
Advances in head and neck reconstruction has made significant improvement in the quality of life and...
Microvascular surgery now plays an increasingly important role in head and neck reconstruction. When...
The reported success rate of microvascular free flap reconstruction ranges between 95% and 97%. Howe...
Background: Free tissue transfer has become the standard of care for the reconstruction of head and ...
Reconstruction of the head and neck continues to pose a variety of difficult functional and aestheti...