INTRODUCTION
Aesthetic interventions in the face have been increasingly sought after by patients
in the context of plastic surgery, improving the facial contour, and returning the
harmony and beauty of the face without losing naturalness1. Data from the American Society for Aesthetic Plastic Surgery (ASAPS) 2017 and the
Sociedade Brasileira de Cirurgia Plástica (SBCP) 2016 show that in recent years approximately two hundred thousand surgical procedures
have been performed such as blepharoplasty and facelift and more than one million
noninvasive procedures on the face as the application of botulinum toxin and hyaluronic
acid1,2.
The periorbital region’s rejuvenation has gained prominence in recent years and ranges
from the treatment of the eyebrow area to the transition orbital-malar, where the
festoons, edema, and malar bags are found. Periorbital changes are one of the earliest
detectable signs of aging, but this region is still very neglected because it manifests
pathologies that exhibit complex resolutions.
Besides, the region has a variable terminology that hinders diagnosis and treatment.
However, more relevant than knowing nomenclature is to know the region’s anatomy,
remembering the three main structures involved in the degeneration that occurs with
aging: the orbicularis muscle, the orbital-malar ligament and the cutaneous zygomatic
ligament (Figure 1). The malar edema is a fluid accumulation on the malar eminence, the malar bag is
represented by chronic edema of permanent soft parts and the festoons are an accumulation
of cascading skin3.
Figure 1 - Anatomy of the periorbital region.
Figure 1 - Anatomy of the periorbital region.
In this way, anatomical knowledge and current changes in behavior in the face of festoons,
edema and malar bags can help in better management. Thus, surgical treatments associated
with new invasive and noninvasive treatments lead to the best proposed aesthetic result,
respecting the clinical condition and the will of each patient, with the plastic surgeon’s
joint decision.
Thus, this study aims to conduct a systematic literature review on the current types
of treatments for festoon, edema, and malar bags correction, dealing with invasive
and noninvasive techniques. The objective is also to state the main advantages and
disadvantages of each technique, besides proposing a modernized treatment algorithm,
since there are few studies on the subject.
METHODS
This is a literature review limited to Pubmed database, Cochrane, and LILACS in English
and Portuguese between 2014 and 2019, using the following descriptors: “bolsa malar,”
“malar mounds,” festoons” and “malar bags. “ Exclusion criteria were: publications
without full access, repeated by overlapping the keywords-key, not directly related
to the theme, before 2014 and languages other than Portuguese or English. Two independent
reviewers conducted the initial research of articles and subsequent selection.
All research information was tabulated in a spreadsheet for statistical data analysis.
This review is supplemented with photos of patients to illustrate some types of treatment,
but they are not identified, and their personal information is also not present. Thus,
this work does not require approval in the Research Ethics Committee, although the
principles of the Helsinki Declaration of 2013 were followed.
RESULTS
The original research yielded 58 records, of which 23 duplicates were removed, leaving
35 articles for the first phase of screening (Figure 2). After title review and summary to determine relevance on the treatment of festoons,
edema, and malar bag, 13 were eligible for full-text revision and listed in Chart 1.
Figure 2 - Organization chart of the articles search.
Figure 2 - Organization chart of the articles search.
Chart 1 - Articles of interest with the main variables.
Authors |
Year |
Technique |
Indication |
Kpodzo et al.3 |
2014 |
Invasive/noninvasive |
Malar bag and festoons |
Hilton et al.8 |
2014 |
Noninvasive |
Malar edema |
Stevens et al.14 |
2014 |
Invasive |
Malar bag and festoons |
Endara et al.12 |
2015 |
Invasive |
Festoons |
Farrapeira16 |
2015 |
Invasive |
Festoons |
Perry et al.6 |
2015 |
Noninvasive |
Festoons |
Iverson and Patel10 |
2017 |
Noninvasive |
Malar edema |
Costin5 |
2018 |
Noninvasive |
Festoons |
Asaadi13 |
2018 |
Invasive and noninvasive |
Festoons |
Braz et al.9 |
2018 |
Noninvasive |
Malar bag |
Jeon and Geronemus11 |
2018 |
Noninvasive |
Festoons |
Godfrey et al.7 |
2019 |
Noninvasive |
Edema and festoons |
Newberry et al.15 |
2019 |
Invasive/noninvasive |
Edema, bag and festoons |
Chart 1 - Articles of interest with the main variables.
Most studies were retrospective reviews (76%), three prospective interventionists
(23%), and only one systematic review. The types of techniques employed varied among
invasive options (46.15%) and noninvasive (53.85%), being represented by the use of
Kinesio tape, local injection of antimicrobial, injection of hyaluronic acid, microneedling
with radiofrequency, microaspiration, myocutaneous flap, subperiosteal lift of the
middle face and direct excision. The findings were as follows:
Noninvasive treatment
Noninvasive procedures are more conservative and non-surgical interventions, with
variable results, used as primary therapy for mild or moderate malar edema with more
restriction of outcome in the treatment of bags and festoons. Although not isolated,
the first choice for the most advanced conditions, noninvasive procedures, represent
adjunct benefits to surgical therapies.
Kinesio Tape
Only one study described the use of Kinesio tape. The tape was indicated to minimize
festoon, through on-site application in an ascending vector, with noticeable improvement
after three months, but with limited result in the more advanced festoons4.
Tetracycline and doxycycline injection
Two studies focused on the use of antimicrobials in periorbital rejuvenation. In one
of them, the application of tetracycline 2% between the orbicularis muscle and deep
fascia showed improvement in the contour to correct the festoons5. Doxycycline was used in the concentration of 10mg/ml in order to correct festoons
and malar edema6. Complications such as ischemia, necrosis, nerve paralysis, persistent pain, or edema
were not identified5. However, the application of these antimicrobials presents limited results, requiring
more extensive and more detailed studies to determine the safety and efficiency of
this treatment.
Hyaluronic acid injection
In four of the thirteen articles included, there was a description of fillers’ use
to treat of edema and malar bag. Most studies agree that moderate to severe cases
of malar bags or festoons are not adequately treated with filling, the best therapy
being the surgical approach7-9.
Microneedling with radiofrequency
The use of radiofrequency microneedling devices for the treatment of malar and festoon
bag was found in two articles, because they provide energy, similar to microwaves,
to induce thermal lesions in adipose and dermal tissue, sparing the epidermis and
improving the contour of the periorbital region. Studies generally report mild and
temporary side effects such as erythema and edema. The procedure can be repeated in
1-2 months if necessary10.
Invasive treatment
The invasive treatment of malar and festoon bags can range from the myocutaneous flap
to the direct excision of excess skin. The choice of a given type of surgical procedure
depends on the correct diagnosis, the patient’s age, and the pathologies’ associations,
among other variables.
Microsuction
Two articles focused on using this technique to treat patients with edema and malar
bag. Superficial liposuction is performed to the orbicularis muscle in the subcutaneous
plane. The care required is to avoid skin perforations and irregularities in the facial
contour11.
Myocutaneous flap - orbicular muscle skin
The most performed surgical modality in the studies (38.46%) is indicated for patients
with malar bag and mild to moderate festoons11-13. A subciliary incision is performed, myocutaneous flap dissection to the orbital
edge and removal of excess skin (Figures 3 and 4)11. Among the complications observed in the studies, we can have ectropion in up to
4% of cases and hematoma in 3%.
Figure 3 - Muscle-skin flap, subciliary incision.
Figure 3 - Muscle-skin flap, subciliary incision.
Figure 4 - Myocutaneous flap technique: A. Preoperative marking; B. Representing orbicularis muscle (white arrow) and lower orbital edge (blue arrow).
Figure 4 - Myocutaneous flap technique: A. Preoperative marking; B. Representing orbicularis muscle (white arrow) and lower orbital edge (blue arrow).
Middle face subperiosteal lift
In two studies, the indication of this technique was described for patients with festoons.
Three routes can perform this: temporal, transpalpebral, or endoscopic assisted video.
All techniques aim to make the resuspension of the orbital-malar ligament and suspension
of the soft tissue. The difference is that in the first technique, the access is made
by the temporal region, in the second by the lower eyelid, and in the third, an incision
is made in the temporal region and the oral mucosa. The disadvantage of the video-assisted
technique is the fact that it presents a longer learning curve, longer surgical time,
besides attending with approximately 25% of oral wound dehiscence. On the other hand,
the transpalpebral route may present hematoma more frequently and the temporal access
route3,14.
Direct excision - in canoe
As discussed in three articles, such a procedure is also indicated for patients presenting
severe festoons. The incision is made in the festoon’s demarcated area in the form
of a canoe or ellipse, and excess skin is removed. As the scar is evident, it is better
indicated in older adults. Lagophthalmos and ectropion are the main complication3,15.
DISCUSSION
Since 1978, when Furnas first described “festoons”, the terms used to describe edema
or excess tissue immediately below the infraorbital border within the pre-zygomatic
space are variable. As all three anomalies (edema, malar bag, and festoon) cause lumps,
we propose the following definitions to describe this broad anatomical problem: malar
edema is an accumulation of fluid on the malar eminence that often varies in severity
and can worsen after salty meals or in the morning. The malar bag is chronic edema
of soft tissues in the pre-zygomatic space, which contains fat or orbicularis muscle
due to descent or hypertrophy, and may be congenital. On the other hand, festoons
are loose-skin cascade nets and orbicularis muscle below the infra-orbital edge (Figure 5), may also contain herniated or ptotic fat and accumulate edema. They are often found
in older adults and represent a progression of the entities described above16.
Figure 5 - A. Representation of malar bag; B. Malar festoon.
Figure 5 - A. Representation of malar bag; B. Malar festoon.
The treatment of festoons, edema, and the malar bag is complex, involves diverse pathophysiology
and inconsistency of terminology. The choice of an erratic approach will leave patients
dissatisfied and with poor aesthetic results. Thus, treatment should be individualized,
based on size, content (edema, fat, skin, and muscle), patient preference, and knowledge
of the plastic surgeon. The choice of only non-surgical procedures should be made
cautiously, as it presents limited results if poorly indicated. Kinesio tape was used
in the treatment of festoons, but its mechanism of action is based on the improvement
of lymphatic drainage, being better applied in malar edema or after surgeries as an
adjuvant to minimize postoperative edema and ecchymosis4. Similarly, radiofrequency microneedling without association with other techniques
would not be the best choice for the treatment of festoons, because despite causing
a potential reduction of fat and decreased sagging skin in the lower eyelid, it is
not enough to bring the best outcome to the patient10.
On the other hand, the use of antimicrobials, according to Perry et al., in 20155, seems to produce activity similar to growth factor, stimulating the proliferation
of fibroblasts, as well as collagen production and fibrin deposition. Thus, tetracycline
2% or doxycycline 10mg/ml between the orbicularis muscle and deep fascia can improve
the repair of the periorbital surface, however, with a poor result in the correction
of festoons and severe malar bag because it already contains excess skin5,6. The use of hyaluronic acid is controversial because, at the same time, it can mask
an irregular contour in the periorbital region can also aggravate malar edema in some
cases, especially if hydrophilic, with possible involvement of lymphatic drainage8.
Besides, periorbital fat atrophy and malar bone resorption contribute to the loss
of the lower periorbital area’s structural support. It is believed that medial and
lateral resorption of SOOF(suborbicularis oculi fat) and the regeneration of ligaments
and orbicularis leads to loosening the ceiling of the pre-zygomatic space, contributing
to the pathogenesis of periorbital aging3,14. Thus, surgical techniques aim to restore the region by acting more anatomically
with more predictable and lasting results. The choice of a specific technique over
another depends on existing skin excess, patient age, and especially the surgeon’s
proximity to the surgical procedure. Microaspiration in the periorbital region acts
in such a way as to prevent the malar bag progression to the festoons, besides leading
to a local fibrosis and face contour improvement3. The myocutaneous flap, subperiosteal lift, and direct excision rejuvenate the periorbital
region by acting on the ligament, muscle regeneration, and excess skin. However, the
complications inherent to surgical techniques are more feared and more challenging
to treat when compared to less invasive techniques.
Thus, an algorithm is brought in an attempt to minimize doubts, facilitate the interpretation
and choice of treatment in the face of a case of periorbital rejuvenation (Figure 6). It is noteworthy that despite the numerous invasive and noninvasive techniques,
a single approach is not revolutionary. Thus, most often, repetitive treatments and
a combination of techniques are necessary, leading to an increase in the cost and
postoperative recovery time14. Furthermore, studies on the subject are deficient, mainly in Portuguese (found only
one in this review), because these are studies at grade IV and V levels, limiting
critical analysis and highlighting the need for higher quality studies.
Figure 6 - Algorithm for edema, bag and malar festoon treatment.
Figure 6 - Algorithm for edema, bag and malar festoon treatment.
CONCLUSION
There are numerous techniques for treating festoon and malar bags, but it is up to
the plastic surgeon to know its advantages and disadvantages to decide the most appropriate
for each type of patient. Therefore, there is no consensus, but it is essential to
diagnose correctly and remember that the association of techniques may be the best
treatment.
REFERENCES
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1. Hospital das Clínicas, Department of Plastic Surgery, Federal University of Pernambuco,
Recife, PE, Brazil.
2. University of Pernambuco, Recife, PE, Brazil.
3. Federal University of Pernambuco, Recife, PE, Brazil.
Corresponding author: Caroline Silva Costa de Almeida, Rua Barão de Itamaracá 78, Espinheiro, Recife, PE, Brazil. Zip Code: 52020-070. E-mail:
carol_costaalmeida@hotmail.com
Article received: September 18, 2019.
Article accepted: February 22, 2020.
Conflicts of interest: none.