This document discusses various flap techniques used in ENT reconstruction. It begins with a brief history of flaps and then covers principles of mucosal, skin, bony, lip, nasal, and pinna reconstruction. Different types of flaps are described such as local advancement flaps, rotational flaps, transposition flaps, interpolated flaps, myocutaneous flaps, and examples such as forehead, nasolabial, pectoralis major, deltopectoral, and temporoparietal flaps. Design, vascular supply, and advantages of local flaps are also summarized.
3. History
Forehead rhinoplasty flap nasal reconstruction-
Sushruta (600–800BC)
Pedicled medial arm flap- Gasparo Tagliacozzi (1546
and 1599)
Porehead flap - Mc Gregr in 1963 for intraoral
reconstruction.
Delto-pectoral flap by Bakamjian in 1965
Pectoralis major flap in 1979 by Ariyan.
Sushruta
5. Mucosal Reconstruction principle
Oral cavity- maintenance of tongue mobility, lingual sulcus,& mouth opening
avoidance of convexities at sites of concavity.
Oropharynx - prevent nasal escape and hypernasality,
maintaining velopharyngeal competence.
6. Skin reconstruction principle
Orientate scar lines in the lines of election.
Reconstruction of aesthetic subunits.
Replace like with like.
Avoiding bulk where thinness is needed and
vice versa.
Avoid tension at close line.
Consider fixing with underlying structure.
Image- Stell & Maran text book
8. Principle of bony reconstruction
Two main bone - Mandible and Maxilla.
Principles of reconstruction-
cosmesis,
speech,
swallowing,
chewing and dental occlusion
9. Bony reconstruction
Decision making in bony reconstruction –
Defect
Postoperative radiotherapy
Radio-necrosis
Donor vessels in the region
Fitness
Height of the native mandible
Presence of teeth
Availability of donor sites
16. Vascular supply
When the perfusion pressure drops below a critical
closing pressure of the arterioles in the subdermal
plexus, nutritional blood flow ceases and flap
ischemia occurs.
17. Composition of a flap
Cutaneous
Fascio-cutaneous
Musculocutaneous
Osteomusculo-cutaneous
Free fibula graft
20. Advancement Flaps
Slide along a linear vector to close a
defect.
The flap relies on stretching of tissue for
advancement.
Utilized in areas of good skin elasticity.
Point of greatest wound tension is at the
distal border of the flap.
Uni-pedicle, bi-pedicle, and V-Y flaps
21. Bilateral unipedicle advancement flap
OPEN ACCESS ATLAS OF OTOLARYNGOLOGY, HEAD &
NECK OPERATIVE SURGERY
LOCAL FLAPS FOR FACIAL RECONSTRUCTION
Shiayin Yang, Carl Truesdale, Jeffrey Moyer
22. V-Y Advancement flap
OPEN ACCESS ATLAS OF OTOLARYNGOLOGY, HEAD &
NECK OPERATIVE SURGERY
LOCAL FLAPS FOR FACIAL RECONSTRUCTION
Shiayin Yang, Carl Truesdale, Jeffrey Moyer
23. Rotational flaps
Versatile flaps
Flap is designed in a
curvilinear fashion with the
defect forming a portion of
the flap’s arc of rotation
The point of greatest wound
tension is at the apex of the
flap Image-double
rotational flap
24. Rotation flap
OPEN ACCESS ATLAS OF OTOLARYNGOLOGY, HEAD & NECK OPERATIVE SURGERY
LOCAL FLAPS FOR FACIAL RECONSTRUCTION
Shiayin Yang, Carl Truesdale, Jeffrey Moyer
25. Transposition flaps
Designed remotely from the primary
defect.
Base is contiguous with the defect
Greatest wound closure tension is at the
closure site of the secondary defect.
Small and medium-sized defects of the
cheek and nose
26. Note flap
OPEN ACCESS ATLAS OF
OTOLARYNGOLOGY,
HEAD &
NECK OPERATIVE
SURGERY
LOCAL FLAPS FOR
FACIAL
RECONSTRUCTION
Shiayin Yang, Carl
Truesdale, Jeffrey Moyer
27. Bilobed flap
Bilobe flap with 90° axis of
rota-tion. The first lobe is
equal in diameter to the
defect while the second
lobe has a small-er
diameter
30. Rhomboid flap
OPEN ACCESS ATLAS OF OTOLARYNGOLOGY, HEAD &
NECK OPERATIVE SURGERY
LOCAL FLAPS FOR FACIAL RECONSTRUCTION
Shiayin Yang, Carl Truesdale, Jeffrey Moyer
31. Interpolated flaps
Base of the flap is not contiguous with
the defect.
Pedicle passes over intervening tissue
to close the primary defect.
Need a 2nd stage procedure.
32. Para-median forehead flap
Nasal reconstruction for
large defect
supratrochlear artery and
with some contributions
from the supraorbital artery
33. Melolabial flap
Melolabial flap is an interpolated flap that
transfers tissue from the cheek to recon-
struct nasal ala defects.
34. Abbe flap
Labial artery based flap
Labial artery runs between the
orbicularis oris and lip mucosa.
When lip defect > 25%.
38. Pectoralis major myocutaneous flap
Flap comprises the pectoralis major muscle, with or
without overlying skin.
Pectoral branch of the thoracoacromial artery.
Soft tissue defects of the oropharynx, oral cavity,
hypopharynx, and skin of the neck;
39. Delto-pectoral flap
DP flap is a pedicled axial fasciocutaneous
flap.
Based on the internal mammary artery
perforator arteries (IMAP)
40. Temporoparietal flap
Versatile flap
Repair craniofacial defect.
For scalp, auricle, facial soft tissue, orbital,
oral cavity nasopharyngeal, and skull base
defects.
42. Hadad-bassagasteguy flap
common local flap used in the
reconstruction of the meninges
It is a nasoseptal flap (NSF)
vascularized by the
sphenopalatine artery
43. approach to facial reconstruction
Concepts in local flap design
and classification
Krishna G. Patel, MD, PhD,a
Jonathan M. Sykes, MDb
From the aDepartment of
Otolaryngology-Head and Neck
Surgery, Medical University of
South Carolina, Charleston,
South Carolina; and the
bDepartment of
Otolaryngology-Head and Neck
Surgery, University of California,
Davis Medical Center,
Sacramento,
California.
44. THANK YOU
Life-size wax model of the head and
upper torso, constructed for teaching
purposes, illustrating surgical techniques
including forehead and tubed pedicle
flaps. Part of the New Zealand records
returned to Sidcup in 1989 and
subsequently restored at Madame
Tussaud’s.