TITLE:
Lip Cancer Reconstruction
SOURCE: Grand Rounds Presentation, University of Texas Medical Branch
(UTMB Health), Dept. of
Otolaryngology
DATE: December 2011
RESIDENT PHYSICIAN: Naren Venkatesan, MD
FACULTY PHYSICIAN: Raghu Athre, MD
SERIES EDITOR: Francis B. Quinn, Jr., MD
ARCHIVIST: Melinda Stoner Qui=
nn,
MSICS
"This material was prepared by
resident physicians in partial fulfillment of educational requirements
established for the Postgraduate Training Program of the UTMB Department of
Otolaryngology/Head and Neck Surgery and was not intended for clinical use =
in
its present form. It was prepared for the purpose of stimulating group
discussion in a conference setting. No warranties, either express or implie=
d,
are made with respect to its accuracy, completeness, or timeliness. The
material does not necessarily reflect the current or past opinions of membe=
rs
of the UTMB faculty and should not be used for purposes of diagnosis or
treatment without consulting appropriate literature sources and informed pr=
ofessional
opinion."
Introduction:
This talk will focus on the understanding the basics o=
f lip
cancer and becoming familiar with common reconstructive options that may be
used following resection. Following an introduction with anatomy and functi=
onal
considerations, basic highlights regarding diagnosis, staging, and manageme=
nt
of lip cancer will be discussed. This will be followed by a listing of the
various reconstructive options – detailing their indications and
limitations.
Anatomy
The lip anatomy is complex especially when trying to
understand the important landmarks used in skin as well as the underlying
muscle. When viewing the patient’s face, it is important to identify =
the
melolabial and labiomandibular creases as they help separate the region of =
the
lip from the cheek. The lip, itself, can be divided into a mucosal portion
called the red lip and a skin portion, the white lip. This distinction is
important as will be seen later when understanding the pathology and locati=
on
of lip cancers. The vermillion border is a unique structure in the head and
neck region and one that cannot be recreated. Therefore, it is essential to
note if it is obscured or involved by a cancer. It is also of importance to
reapproximate the vermillion border when at all possible.
Two other structures to keep in mind are the mental cr=
ease
and the philtral ridges along with the philtrum. In these cases, reconstruc=
tion
follows resection of a cancer where closure with form and function are of
greatest importance. However, keeping mind of such other defining landmarks=
and
features can add an improved aesthetic aspect following resection when at a=
ll
possible.
Underneath the skin, there is a complex framework of f=
acial
muscles which help provide function and oral competence. The orbicularis or=
is
muscle should be easily noted and must always be addressed as it provides t=
he
key function of oral closure. In addition, the lip has several key elevator=
s,
including the Risorius, Zygomaticus Major, Zygomaticus Minor, Levator Anguli
Oris, aand Mentalis muscles. The Platysma, Depressor Anguli Oris, and Depre=
ssor
Labii Inferioris are the primary depressors of the lip. The Buccinator musc=
le
lying deep to the Risorius is also an important muscle to be aware of due to
its role in identification of vascular structures.
The major arterial supply begins with the facial arter=
y, a
branch of the external carotid artery. The facial artery courses over the b=
ody
of mandible before making an upward ascent to the commissure where it is
typically found within 1-2cm. The Facial artery runs deep to the risorius a=
nd
superficial to the buccinators muscles. At the commissure, facial artery
separates into an Inferior Labial artery and a Superior Labial artery. The
Superior Labial artery gives off the Angular artery near the commissure. The
Superior Labial artery runs deep to Zygomaticus Major after giving of the
Angular artery after which it enters orbicularis oris. The Superior Labial
artery continues to run along upper lip and anastamoses with opposite side.=
The
Inferior Labial Artery arises as a branch from the Facial Artery near the
commissure and runs deep to Depressor Angularis Oris. It enters the Orbicul=
aris
Oris and runs along lower lip to anastamose with opposite side.
Having understanding of the anatomical background is
important, but an understanding of the functional role of the lips is also
integral when assessing for reconstruction. The lips play an important role=
in
oral competence, deglutition, expression of emotions, and speech. Without t=
he
lips, the consonants –“b, m, w, p” (purely labial) and
“f, v” (labio-dental) could not be pronounced. A key factor to
consider for functional importance is the patient’s dentition. Edentu=
lous
patients pose an important challenge to reconstruction as only a mild degre=
e of
microstomia may be acceptable if dentures are worn.
Lip Cancer Staging and Treatment
Some basic lip cancer facts are that lip cancer incide=
nce is
about 1-2% of all cancers and is the most common oral cavity cancer. The ma=
jor
risk factors for developing lip cancer are prolonged sun exposure, male gen=
der,
pipe-smoking/tobacco chewing, and alcohol consumption. When categorizing lip
cancer, the rule of the 90s can be helpful. 90% of lip cancer is on the low=
er
lip. 90% of lip cancer is squamous cell carcinoma. 90% of lip cancer is fou=
nd
on the red (mucosal) lip. Lip cancer has an excellent prognosis if diagnosed
and treated when less than 2 cm. While squamous cell cancer arises mainly on
the red lip, basal cell carcinoma, the next most common, arises mainly on t=
he
white lip. The rarer types of lip cancer that may occur include adenocarcin=
oma
secondary to minor salivary gland presence, melanoma, lymphoma, and sarcoma=
if
the underlying muscle is the source of the cancer.
When deciding treatment, it is also important to under=
stand
the spread of lip cancer to lymph nodes. The main difference between cancer
being present in the upper or lower lip is the different pattern of spread.=
Due
to embryologic fusion in the midline of the upper lip, there is no
contralateral spread with regards to neck lymph nodes. The lymph nodes invo=
lved
are always levels I, II, and III primarily. The upper lip therefore spreads=
to
only the ipsilateral levels while the lower lip spreads to ipsilateral and
contralateral lymph nodes.
Lip cancer is staged as are all oral cavity cancers. T=
he
primary decision is size and once greater than 4cm if adjacent structures a=
re
involved. A T1 tumor is less than 2 cm. A T2 tumor is between 2 and 4 cm. A=
T3
tumor is greater than 4 cm. A T4 tumor is considered once that invades adja=
cent
structures such as skin, cortical bone, or through floor of mouth. The T4b
stage is reserved for those tumors considered unresectable due to involveme=
nt
of critical structures.
For lip cancer, surgical treatment is the mainstay of =
therapy.
For any size primary cancer, a 0.5 cm margins around tumor is necessary. Du=
e to
the high correlation of spread following increasing size, especially with T=
2 or
larger lesions, a neck dissection is often performed in conjunction, partic=
ularly
if lower lip cancer which has a higher incidence of spread with smaller
lesions. For an N0 neck, an elective Supraomohyoid neck dissection can be
performed. For clinically present nodal disease, a selective Levels I-IV ne=
ck
dissection is recommended.
Radiation Therapy has a role in treatment of lip cancer
although surgery is the mainstay of treatment, as is the case with oral cav=
ity
cancer. Radiation therapy may be used as primary treatment if T1 or
non-operable patient. It may also be used for patients with post-operative =
XRT
for advanced stages, cases with close margins, or where pathology demonstra=
ted extracapsular
extension or perineural/intravascular invasion.
Reconstruction
This is a tough area to explain solely with words. In =
the
power point, there are numerous pictures detailing the following surgical
options.
With either the upper or lower lip, the key step to de=
cide
in the algorithm is the size of the defect that you will be left with after
resection. Further, understanding the location of the defect to better
understand if adjacent cheek tissue can be used will help in planning of
reconstruction for large defects. Sample algorithm for upper lip defects is
shown in the diagram below from Baker – Local Flaps in Facial
Reconstruction.
![](3D"lip-ca-12-2011_files/image002.gif")
=
A lower lip algorithm would be quite similar to this o=
ne
with a key exception being that primary reconstruction would be preferred f=
or
any small defect of the lower lip, regardless of size. The lip tissue is un=
ique
to the face where there is no similar tissue to recreate the vermillion bor=
der
as well as orbicularis oris and its role in oral competence.
Primary closures can be done either by designing a loc=
al V
to Y flap or by performing a wedge resection. When considering the wedge
resection, it is important to understand how the closing scar will be and
whether it will interfere with surrounding skin creases. In the lower lip, =
the
mental crease is a key aesthetic structure. When designing the resection, a=
W-
shaped incision can provide for a more tailored closure than a direct V-sha=
ped
wedge. The W-shaped wedge will close in an upside down Y shape. The arms of=
the
Y can be angled to avoid the crease or can be made to be slightly asymmetri=
c so
that a smaller scar can be achieved. A key restriction to the use of primar=
y closure
for a small defect is the involvement of the commissure. Due to the inabili=
ty
to recreate the commissure, a decision will have to be made regarding creat=
ion
of a neo-commissure. The other important thing to remember for primary clos=
ure
techniques is to re-approximate the vermillion border well and bring togeth=
er
the underlying orbicularis muscle to ensure a good functional and aesthetic
outcome.
&nbs=
p; &=
nbsp; ![](3D"lip-ca-12-2011_files/image004.gif")
=
&nbs=
p; &=
nbsp; From Baker – Loc=
al
Flaps in Facial Reconstruction
When deciding on reconstruction of a larger defect, the
first question to decide is the amount of tissue availability locally. Firs=
t,
decide if the defect is so large that a free flap may be required. If not, =
then
decide if adjacent cheek tissue will be needed. This concern may be present
even in a smaller size defect if it is located laterally or near the
commissure. After having answered these questions, decide amongst the follo=
wing
choices: mucosal advancement flap, Abbe flap, Estlander-Abbe flap, Karapand=
zic
flap, Gilles Fan flap, or the preferred free flap of the radial forearm.
The Mucosal Advancement flap is used only for lesions
involving the red lip. Due to the pull up of the mucosa to the vermillion
border, the border can be preserved. The key surgical step is to undermine
labial mucosa deep to minor salivary glands and superficial to the posterior
aspect of the orbicularis oculi. Extensive undermining will allow for closu=
re.
Further, if more extension is needed, the flap can be undermined into the
gingivobuccal sulcus providing further laxity. There are several concerns w=
ith
regards to the flap. First, the advanced mucosa may end up displaying a dee=
per
red color than the natural vermillion. For women, this may provide an enhan=
ced
aesthetic outcome, but this development may be a concern for men. Second, i=
t is
tough to incorporate this flap if any skin of the lip is involved. This flap
should still be used but may be challenging as it will be difficult to
approximate the vermillion border. Lastly, contracture of the flap can lead=
to
inversion of the lip so it is of key importance to undermine as much as
possible when elevating the flap to prevent the inversion.
The Abbe and Estlander-Abbe flaps are similar flaps de=
signed
from the principle of a pedicled cross lip flap. For the Abbe flap, the pri=
nciple
is to create a pedicle from the lip without the lesion to the area of the
defect on the opposite lip. This flap is based of the arterial supply of the
labial artery – either the superior or inferior. The flap is ideal for
lesions involving 1/3 – 2/3 of the lip. Also, lesions must not involve
the commissure.
The surgical steps of the Abbe flap are as follows. Fi=
rst, draw
defect on affected lip. The defect should be aimed in a shape much like a p=
etal
or a “V” with the lines slightly bowed outwards. Then, draw the
flap on the opposite lip to be half the width of the defect in a similar sh=
ape.
The flap should be just across the defect on the opposite lip. Make the
full-thickness incision – cut through the skin, orbicularis oris, and
mucosa. Then, rotate the flap 180 degrees and suture flap with each individ=
ual
layer. Finally, dress the wound to minimize tension as the flap will remain=
in
place until division of the pedicle approximately 2-3 weeks following the
procedure.
![](3D"lip-ca-12-2011_files/image006.gif")
=
From Papel I. – Facial Plastic and Reconstructive
Surgery. Chapter 51: Lip Reconstruction
The Estlander flap is quite similar to the Abbe flap w=
ith
the key difference that it takes into consideration defects that involve the
oral commissure. The principle is the same in creating a cross lip pedicled
flap. The key difference is that the rotation occurs around the commissure.=
It
is drawn in a similar fashion with the flap being half the size of the defe=
ct.
The key disadvantage of these flaps is that they do not provide good functi=
onal
outcome despite providing a good aesthetic outcome.
The best flap in this category for treating large defe=
cts
but preserving functional outcome is the Karapandzic flap. It is a fairly
recently designed flap by Dr. Karapandzic in the former Yugoslavia in 1974.=
As
a local flap, it also works on the principle of local arterial supply by us=
ing
the labial artery. Its mian indications include use for the following: defe=
cts
less than ½ of upper lip, defects less than 2/3 of lower lip, full
thickness defects, and best suited when a rectangular defect can be constru=
cted
on the central lower lip following resection.
The key surgical steps begin with drawing the incision
around the defect and continuing the incisions into the nasolabial fold
superiorly in the case of a lower lip defect. Then, raise only skin and muc=
osa
then rotate the flap as a full thickness flap using the orbicularis oris. If
further movement is needed, the surgeon may selectively cut portions of the
orbicularis oris near the original commissure. The main advantage of the
Karapandzic flap is that it preserves perioral sensation and function of the
orbicularis oris by saving CN V3 and VII. The main disadvantage =
is
risk of microstomia which is directly proportional to size of defect.
The Nasolabial Transpositional Flap is also called the
Gilles Fan flap. It is a rotation-advancement flap. It is also based of the
labial artery. The flap is preferentially used in upper lip lesions as the =
flap
can be rotated around the commissure. The result of the flap will be a neo-=
commissure.
=
&=
nbsp; ![](3D"lip-ca-12-2011_files/image008.gif")
=
In the Gilles Flap, the key surgical steps are the
following. Start with a full thickness incision medial to defect. Then,
continue the full thickness incision laterally and around the commissure. F=
ollow
the melolabial fold as this crease will be recreated. Then, carry the incis=
ion
down to the superior vermillion border. Advance the flap and suture individ=
ual
layers together.
If the defect is sufficiently large, a free flap may be
necessary in order to fill the defect. Of the choices, the radial forearm f=
ree
flap is selectively chosen. An added benefit of using the radial forearm fr=
ee
flap is the incorporation of the Palmaris longus tendon. The Palmaris longus
tendon can be used to secure to the maxilla in order to provide tension to =
the
flap. This tension helps to make sure that the reconstructed lip can help
retain secretions and decrease dripping/drooling of saliva. The skin paddle
from the radial forearm free flap can be used to cover the lip skin and oral
mucosal defect. The Palmaris longus tendon is usually transected within 5 m=
of
either end of the flap.
Conclusion
The reconstruction of lip defects remains an interesti=
ng and
complicated area of the face. The functional importance of the lips play a
significant role. The functional importance is the fundamental goal of
reconstruction; however, due to the prominence of the surgical site, obtain=
ing
the best aesthetic outcome should be a close second goal. In the case of sm=
all
cancers, a good aesthetic outcome should be expected. Due to the need for
functional outcome, the Abbe and Estlander flaps have decreased in populari=
ty,
replaced in large part by the Karapandzic flap.
Bibliography:
1. Papel
I et al. Facial Plastic and Reconstructive Surgery. Chapter 51: Lip
Reconstruction. Thieme Publishing, New York, NY; 2002; 634-645.
2. Baker
SR et al. Local Flaps in Facial Reconstruction. Chapter 19: Reconstruction =
of
the Lip. Mosby Elsevier, Philadelphia, PA; 2007; 475-524.
3. Dolan
RW et al. Facial Plastic, Reconstructive, and Trauma Surgery. Chapter 7:
Specialized Local Facial Flaps for the Eyelids and Lips. Marcel Dekker, Inc,
New York, NY; 2003; 201-232.
4. Pasha
R et al. Otolaryngology Head and Neck Surgery: Clinical Reference Guide.
Chapter 5: Head and Neck Cancer. Singular, San Diego, CA; 2001; 239-243.
5. Moretti
A, et al. Surgical Management of Lip Cancer. Acta Otorhinolaryngol Ital. 20=
11
February; 31(1): 5–10.
6. Schulte
DL, Sherris DA, Kasperbauer JL. The anatomical basis of the Abbé fla=
p.
Laryngoscope. 2001 Mar;111(3):382-6.
7. McCarn
KE, Park SS. Lip reconstruction. Otolaryngol Clin North Am. 2007
Apr;40(2):361-80.
8. Jeng
SF, Kuo YR, Wei FC, Su CY, Chien CY. Total lower lip reconstruction with a
composite radial forearm-palmaris longus tendon flap: a clinical series.=
Plast
Reconstr Surg. 2004 Jan;113(1):19-23.
9. Abbé
RA. A new plastic operation for the relief of deformity due to double hairl=
ip.
Med Rec 1889;53:447.
10. Estla=
nder
JA. Eine Methods ans der einen Lippe substanzverluste der anderen zu ersetz=
en.
Arch Klin Chir 1872;14: 622.
11. Karap=
andzic
M. Reconstruction of lip defects by local arterial flaps. Br J Plast Surg
1974;27:93-7.
12. Freed=
man,
A. M., and Hidalgo, D. A. Full-thickness cheek and lip reconstruction with =
the
radial forearm free flap. Ann. Plast. Surg. 25: 287, 1990.
13. Daya =
M,
Nair V. Free radial forearm flap lip reconstruction: a clinical series and =
case
reports of technical refinements. Ann Plast Surg. 2009 Apr;62(4):361=
-7.
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