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Commentary on: Effectiveness, Longevity, and Complications of Facelift by Barbed Suture Insertion

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This 45-year-old female patient wished to improve early jowls and cheek descent with the creation of more youthful contours of the face. She had already decided that she did not wish to undergo traditional surgery and yet still wanted to look youthful and presentable. She preferred a complete nonsurgical approach to her aging. (A) Preoperative oblique view. (B) Immediate postoperative view after the first Woffles lift procedure. Eight lines (4 Woffles threads) were inserted on either side of the face. Note the accentuated ogee curve and the restitution of youthful contours with elevated cheekbones, increased malar volume, effacement of nasolabial and marionette lines, and a better jawline. (C) Four days postoperatively, the patient's face looks more normal and the effect of the lift is less dramatic. (D) Four months postoperatively, she has good contours and shape of her face. (E) One year postoperatively, the correction of the patient's jowls, midface, and cheeks is still evident. (F) Nine years postoperative and before the Woffles lift. Despite 9 years having elapsed, the patient's face still looks lifted and better than her preoperative appearance. (G) Immediately after the second Woffles lift with 8 lines (4 Woffles threads) on each side. The procedure is essentially repeated without removing any existing threads. (H) The third post operative day after the second Woffles lift, showing accentuated Ogee curves and correction of aging deformities. (I) One year after the second Woffles lift and 10 years after the first lift, the patient shows a tangible but natural result.
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Facial Surgery
DOI: 10.1093/asj/sjy340
www.aestheticsurgeryjournal.com
Facial Surgery
Commentary
Commentary on: Effectiveness, Longevity, and
Complications of Facelift by Barbed Suture
Insertion
WofflesT.L. Wu, MD
Editorial Decision date: December 20, 2018.
The authors of this paper, Bertossi etal,1 are to be con-
gratulated for a timely review of barbed suture facelifts
utilizing dissolvable threads (polydioxanone [PDO]) in 160
patients, with the appropriate conclusion that all initial
improvements of facial lifting or contouring were absent
at 1year.
This reflects what many of us who are actively involved
in threadlifts have believed: that dissolvable threads do not
last and as they dissolve, all benefits are lost, which has
been clearly shown through this study. As the authors and
others have demonstrated, it is indisputable that thread-
lifts, whether dissolvable or permanent, can create a lift-
ing and shaping of the facial soft tissues.2-6 It is only the
duration of the effect or the longevity of the result that is
constantly called into question (Figure 1).
In their retrospective analysis of 160 threadlift patients,
Bertossi et al have carefully documented the type of
threads utilized in their cohort of patients, the method of
insertion, whether there was any intraoperative discomfort
or pain, any postoperative sequelae, and the results, which
were evaluated at 1, 6, and 12months. The quality of the
photographs, which appear standardized for size, lighting,
and head position, are superb and makes it easy to com-
pare the preoperative and postoperative appearances.
Bertossi etal have determined that the average expendi-
ture of their patients for each threadlift was approximately
40% of the surgeon’s fee for a traditional facelift, which
enables us to put into perspective whether the cost justi-
fies the short duration of action.
The authors have also included a useful discussion of
the different kinds of threads currently available and how
they are inserted and deployed. Unfortunately, they were
unable to evaluate the efficacy of the Woffles threads,
because these threads are presently not commercially
available. The Woffles thread is the thread utilized in the
Woffles lift, which is the method that the author of this
commentary has employed for the last 16years.
The statistic in this paper that concerned me most was
the complication rate, which occurred in 55 of 160 patients
(34%) and included superficial displacement of the threads
(11.2%), self-resolving erythema (9.4%), skin dimpling
(6.2%), infection that necessitated suture removal (6.2%),
and facial stiffness that ultimately resolved (2 patients).
I would no longer include erythema, dimpling, or facial
stiffness to be complications, because they occur routinely
in threadlifting and eventually resolve spontaneously.
A more accurate complication rate would therefore be
17.4%, which is still high but was possibly related to tech-
nical issues during the insertion of the threads or sterility.
With time and experience, however, this statistic should
decrease significantly. If it does not, then that particular
type of thread utilized in this study and/or its application
may be problematic.
© 2019 The American Society
for Aesthetic Plastic Surgery, Inc.
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Aesthetic Surgery Journal
2019, Vol 39(3) 248–253
applyparastyle "fig//caption/p[1]" parastyle "FigCapt"
applyparastyle "fig" parastyle "Figure"
Dr Wu is a plastic surgeon in private practice in Singapore.
Corresponding Author:
Dr Woffles Wu, 1 Orchard Boulevard, Suite 09-02, Camden Medical
Centre, Singapore 294615, Singapore.
E-mail: woffles@woffleswu.com
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Wu 249
Historical Perspective
A review of the history of barbed threads is perhaps
useful at this juncture. Although some of this information
is documented in the literature,7 Iam able to shed light
on the evolution of the threads and their incorporation
into facial cosmetic procedures, having been intimately
involved in the history of threadlift development and
having performed over 1000 threadlifts.
Although barbed sutures were first described by
Alcamo8,9 in 1961 and 1964, Fukuda10 in 1984, Buncke11 in
1999, and Ruff12 in 2001, they were primarily conceptual-
ized and utilized for suturing wounds without having to tie
any knots. No facial cosmetic applications were described
or practiced by these authors at thetime.
The first cosmetic application of barbed threads in the
face was by Marlen Sulamanidze etal,13 who first described
his Aptos Lift sutures in 1999 and published his results in
AB
C
Figure 1. This 75-year-old white man shows severe jowling, deep nasolabial and marionette folds, and poor cervicomental
angle. (A) Preoperative oblique view. (B) One day postoperative with significant correction of aging deformities. Eight lines (4
Woffles threads) were utilized on either side. (C) Three months postoperative showing mild recurrence of the marionette lines,
but the patient is happy with the overall result.
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250 Aesthetic Surgery Journal 39(3)
2000. The next barbed suture for facial suspension and
lifting that was described and clinically utilized was the
Woffles thread utilized in the Woffles lift, which as previ-
ously mentioned is the method that Ihave employed for
the last 16years. The Woffles threads were manufactured
for me by Al Kolster of KMI (Kolster Methods Inc, Corona,
CA). The clinical results were first presented in 2003 and
published in 2004 in this journal.2
All other threads for cosmetic facial use came after
this, including the following: the Isse Threadlift, which
necessitated surgical dissection of the scalp and fixation
of the unidirectional barbed sutures to the temporal fascia;
the Contour threads, which were initially similar to Isse’s
design; the cone sutures (silhouette lift); and many others.
Interestingly, I first contacted Kolster in 2001 and sat
in his workshop to design and develop the 60-cm bidi-
rectional barbed Woffles threads, which were first clini-
cally utilized in 2002. After Sulamanidze and Ipresented
our respective cosmetic cases at a meeting in 2003,14 Isse
approached me with his idea of utilizing similar but uni-
directional threads that would be surgically fixated in the
scalp. I introduced Isse to Kolster, and the Isse threads
were then manufactured and clinically applied.
Subsequently, Kolster was prevented from producing
these threads anymore due to legal restrictions, and the
Contour threads came to prominence. It was at this time
that Isse and Kolster went back to the bench to devise a
new technique, the cone threads, which are now known
as silhouette sutures. Designed and patented by Kolster
and tested and clinically utilized by Isse, these silhouette
sutures became a viable alternative to the barbed threads
available at that time.
The Woffles Lift
As one of the pioneers of barbed suture facelifts, Ihave
been performing my own Woffles threadlifts since 2002
utilizing the patented Woffles thread, which is currently not
commercially available. Made from polypropylene 2.0, the
design of the thread has not changed since Ifirst utilized
it, and I continue to perform these procedures regularly.
The thread is 60cm long, with bidirectional barbs on either
side of a central clear zone that allows the thread to be
folded on itself in the temporal fascia as a self-fixating loop,
thus increasing the pullout strength15 and avoiding any
dissection or knot-tying in the scalp, which aids in rapid
recovery and decreases the incidence of complications.
The original basis of utilizing polypropylene was that it
is a permanent thread that in most patients elicits a cap-
sule formation around it, and this internal “scar” acts as
an exoskeleton, adding to the strength of the thread, its
adhesion to the soft tissues, and ultimately the longevity of
the result. With correct deployment of the threads from the
jowls to the temple, passing from the subcutaneous plane
through the SMAS to the temporal fascia, a meshwork of
“neoligaments” is created to counter the inherent sagging
of facial soft tissues. When the lifting is properly applied,
the effect of the polypropylene can be quite dramatic, cre-
ating a strong, youthful ogee contour of theface.
In the current paper being reviewed, Bertossi etal have
stated that for favorable results, the surgeon must have
expertise in muscle kinetics, soft tissue anatomy, thread
mechanics, and immunologic processes associated with
suture placement. I could not agree more. Threadlifts
look easy to perform, but obtaining stable and consistent
results requires all of the above in addition to surgical skill,
aesthetic judgement, practice, and experience that come
from having performed many suchlifts.
The first premise for success is that the threads must be
inserted and secured properly utilizing a completely sterile
surgical technique. Because of the hype around threadlifts
as a nonsurgical, lifestyle, and lunchtime office procedure,
there are physicians who treat the application of threadlifts
as a minor procedure with only token sterility. As a result,
infections and granulomas can occur. If not properly short-
ened, the ends of the threads can abut against the skin
surface or extrude.
For all patients receiving the Woffles lift, the face and
neck as well as the entire scalp and hair are thoroughly
cleansed with chlorhexidine and povidone iodine before
sterile drapes are applied. The threads are then inserted
utilizing careful aseptic technique and trimmed to avoid
protrusion from the skin. The face is molded in an upward
direction, and, once lifted, the face and neck are dressed
with transparent waterproof dressings. Our current com-
plication rate is below3%.
Immediately postoperation, the face typically looks like
a “Joker” with exaggerated facial ogee curves, lifting of the
cheeks, effacement of the nasolabial and marionette lines,
smoothing of the jawline, and elevation of the buccal fat
pad. There may be some dents, which can be smoothed
out by finger pressure, by lightly tapping on the skin, or
by just leaving them alone, because they will gradually
resolve spontaneously over the next few days. Sometimes,
when Ido not want to disrupt any of the barbs by force-
ful tapping, Imay prefer to add a small amount of Volite
(Juvederm, Allergan) to smooth thedents.
With the benefit of 16 years of lecturing on16-24 and
performing the Woffles lift, Iam in a position to evaluate
the usefulness of these barbed sutures and devise strat-
egies for long-term use of the threads. All patients are
informed that it is a temporary facelift effect that needs
to be repeated, with more threads being added as resag-
ging occurs (Figure2). Previously placed threads are not
removed. We explain to patients that a threadlift is not
meant to be a one-off procedure but must be repeated.
The patients are given realistic expectations so they are not
disappointed when sagging recurs.
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Wu 251
In our experience, the longevity has been anywhere from
1 to 9years (Figure 2), depending on the age and health of
the patient, the degree of skin laxity, the thickness of the
skin, and the adequacy of facial volume. Younger patients
with sufficient facial volume and thick skin fare the best,
with results lasting on average 3 to 4years, whereas older
patients with poor elasticity of skin, volume depletion, and
severe sagging may benefit for only a year ortwo.
Certainly, the results are not and cannot be permanent
in any way. Aging is an ongoing process, and the facial
soft tissues will age relative to the threads with consequent
sagging, albeit at a slowerrate.
In closing their article, Bertossi etal state that “barbed
PDO sutures might best be applied in combination with
open facelift procedures.” Idisagree. Patients should be cat-
egorized according to their preferences. They are either sur-
gical or nonsurgical patients. If the latter, then they must be
prepared for the results and short longevity that come with
the many different kinds of dissolvable threads that are
being offered. If the former, there is no point placing dis-
solvable PDO threads in conjunction with an open facelift;
it is better to just perform a full and proper facelift.
In my opinion, dissolvable PDO threads have limited
usefulness. One of the reasons they exist is because thread
AB
CD
Figure 2. This 45-year-old female patient wished to improve early jowls and cheek descent with the creation of more youthful
contours of the face. She had already decided that she did not wish to undergo traditional surgery and yet still wanted to look
youthful and presentable. She preferred a complete nonsurgical approach to her aging. (A) Preoperative oblique view. (B)
Immediate postoperative view after the first Woffles lift procedure. Eight lines (4 Woffles threads) were inserted on either side
of the face. Note the accentuated ogee curve and the restitution of youthful contours with elevated cheekbones, increased
malar volume, effacement of nasolabial and marionette lines, and a better jawline. (C) Four days postoperatively, the patient’s
face looks more normal and the effect of the lift is less dramatic. (D) Four months postoperatively, she has good contours and
shape of her face. (E) One year postoperatively, the correction of the patient’s jowls, midface, and cheeks is still evident. (F)
Nine years postoperative and before the Woffles lift. Despite 9years having elapsed, the patient’s face still looks lifted and
better than her preoperative appearance. (G) Immediately after the second Woffles lift with 8 lines (4 Woffles threads) on
each side. The procedure is essentially repeated without removing any existing threads. (H) The third post operative day after
the second Woffles lift, showing accentuated Ogee curves and correction of aging deformities. (I) One year after the second
Woffles lift and 10years after the first lift, the patient shows a tangible but natural result.
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252 Aesthetic Surgery Journal 39(3)
manufacturers and physicians do not wish to deal with the
legal issues that may arise from improperly placed perma-
nent threads and their complications. With PDO threads, if
there is inadvertent puckering of skin, dimpling, or dent-
ing, the patient can be reassured that the problem will
just dissolve itself away and that their face will return to
normal. However, this is hardly a valid premise on which
to base a cosmetic procedure for someone’sface.
Again, Icommend the authors for a neat, efficient study
and their honest appraisal of a procedure that seems to
have grown in popularity worldwide yet, unfortunately,
has short-term results.
EF
GH
I
Figure 2. Continued
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Wu 253
Disclosures
The author is the inventor (2001) and patent holder
(2004/2012)25 of the bidirectional Woffles barbed thread.
Funding
The author received no financial support for the research,
authorship, and publication of this article.
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... The outer portion of the brow is higher than the inner portion as it slopes gently upwards, before descending slightly at its tail. Aging causes the entire brow to sag, especially at the outer portions, resulting in a flat or even sad appearance to the brows [5]. ...
... PLACL threads are a relatively new option for thread lifting a procedure which works to physically lift the facial structure and tissues into a higher and more youthful position. PLA has an advantage of more longevity and less fibrous tissue formation, leading to less dimpling and better results [5,6]. ...
... However, a previous study reported that the utilization of PDO generates barbed sutures, secondary infection, thread palpability, abscess, and chronic pain (Surowiak, 2022). According to Wu (2019), PDO has a limited duration within the skin tissue and may eventually dissolve, resulting in the loss of its potential benefits as a dermal filler and collagen deposition promoter. However, the current study indicated that PDO implantation induced significant skin tissue lesions and triggered an escalation in inflammatory responses within 3 days. ...
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Suture implantation is a procedure to promote rearrangement of the extracellular matrix. Various cellular responses of post-suture implantation affect the outcome of this procedure. The current study aimed to analyze the effects of suture implantation using polycaprolactone/polylactic acid/hyaluronic acid (PCL/PLA/HA) on skin histopathology, expression of IL-6, and hematological parameters in rat models. To conduct the study, 25 male Sprague Dawley rats, three months old were randomly divided into five groups, including G1 (control), G2 (sham, group injected using skin cannula), and G3-G5 (suture implanted groups). For the suture-implanted groups, a cannula was used using suture materials. Specifically, G3 received truglyde implants, G4 received PCL/PLA/HA implants, and G5 received polydioxanone (PDO) implants. The back skin and blood samples were collected on day 3. Histopathological analysis was conducted on the samples using H and E, Congo red, immunohistochemistry against IL-6, and hematology. The analysis of the data revealed that the group with suture implantation using PCL/PLA/HA had the smallest wound area, compared to the other implanted groups. Further, the PCL/PLA/HA group showed a significant decrease in eosinophils infiltration and IL-6 level on the skin samples after suture implantation. Moreover, there were no significant differences across the groups in most of the hematological parameters after suture implantation, including total erythrocytes, hemoglobin, eosinophil, basophil, and monocyte levels. The total neutrophils increased after suture implantation in all groups, while the total lymphocytes decreased. It can be concluded that the best material according to parameters evaluated in the current study for suture implantation was PCL/PLA/HA.
... This surge in patients has led to a significant shift in perceptions regarding the effects of absorbable and non-absorbable threads. 16 As mentioned earlier, with the growing number of patients undergoing thread lifting procedures, the differences in the clinical duration of lifting effects between absorbable and non-absorbable threads no longer seem significant enough to be a determining factor in choosing non-absorbable threads. ...
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Objective This review explores the utilization of thread lifting materials, distinct from traditional sutures, in aesthetic procedures. It aims to elucidate the varied composition, purpose, and performance of these slender materials. Methods The article contextualizes thread lifting materials by exploring their literal and material significance. The evolution of these materials is traced, emphasizing the preexistence of cog threads for tissue manipulation before their widespread adoption in plastic surgery. Results Observations regarding the efficacy and longevity of absorbable versus non‐absorbable threads are discussed, with a particular emphasis on the efficiency of high‐quality absorbable cog threads. Conclusion The proliferation of thread lifting materials extends beyond PDO, necessitating consideration of multiple factors beyond duration when selecting threads for lifting procedures. This underscores the importance of comprehensive evaluation in choosing appropriate thread lifting materials.
... In recent times, there has been a growing trend in molding-type cogged threads aimed at preserving the thread's thickness [36,37]. However, it is important to note that these molding-type cogged threads may not always present exclusively advantageous features. ...
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Thread-lifting traditionally addressed aging-related skin laxity by leveraging precise thread placement and traction. However, recent advancements, notably cog threads, expanded its application to younger patients seeking facial contour refinement. These newer threads effectively lift sagging areas and refine facial contours, broadening the procedure’s appeal. Challenges arise in selecting threads due to variable physician preferences and patient needs. Clear indications for thread efficacy are vital for credibility and tailored selection. Thread choice depends on tissue laxity, necessitating lighter threads for minimal laxity and stronger ones for significant sagging. However, no single thread universally suits all cases. Combining different threads is favored for optimal outcomes and minimizing side effects. Excessive traction post-procedure may lead to prolonged discomfort and skin irregularities. Post-procedural tension adjustments through massage remain debated, potentially conflicting with minimally invasive principles. Understanding thread characteristics guides tailored selection, considering patient conditions and procedural goals. This comprehensive understanding extends beyond specific products, aiming for optimal outcomes in thread-lifting procedures. Key factors influencing outcomes encompass thread materials, thickness, cog shapes, insertion depth, lifting vectors, and absorbable thread expiration dates.
... Polydioxanone threads have also become widespread giving a high level of patients' satisfaction, characterized by painless setting, a low number of complications, a relatively low cost, a fast recovery period, but within 6 months they completely dissolve, which leads to a rapid attenuation of the visible effect after this period. 6,[19][20][21][22] On the other hand, it was demonstrated that the threads themselves, such as polydioxanone sutures in particular, dissolve within 4 to 6 months, after which the lifted tissues are fixed by a newly formed collagen, which is able to retain them for up to 12 to 15 months, giving a satisfactory result within this period. 5,23 Threads have different lengths and thicknesses and are supplied with various tightening structures, such as knots, barbs, notches, and cones running in different directions. ...
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Background In recent years thread lift has become widespread; however, existing methods need to improve their long-term outcome, which requires considering topographic anatomy of face and neck, especially the ligamentous apparatus. This study aims to assess the effectiveness and safety of an innovative method of one-time three-step thread facelift, which provides an additional support to the ligamentous structures of the upper, middle, and lower thirds of the face and neck. Methods The study included 357 patients aged 32 to 67 years with various morphotypes of aging. The original method of thread lift was applied, and its effectiveness was followed up for to 2 years. The Wrinkle Severity Rating Score (WSRS) and Global Aesthetic Improvement Scale (GAIS) scores were used for assessment by investigators, independent observers, and patients. Statistical significance was determined using paired t-test and chi-square test. Results The mean WSRS score was 3.88 ± 0.88 before the thread lift, 1.93 ± 0.81 one month after the procedure, and 2.36 ± 0.85 after 2 years of follow-up. The mean GAIS was 4.80 ± 0.04 one month after thread lift, and 4.01 ± 0.04 after 2 years, while in the patients' assessment Global Satisfaction Scale was 4.86 ± 0.02 and 4.10 ± 0.02, respectively. There were no clinically significant complications throughout the observation period. Conclusion The new method of one-time three-step thread fixation of the soft tissues of the face and neck demonstrated a high degree of satisfaction by both experts and patients after 2 years of follow-up. It showed high efficacy and safety, including in the group of patients with pronounced age-related changes of the skin of face and neck.
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Currently, thread lifting in aesthetic facial rejuvenation is not the top priority, but nevertheless its popularity continues to gain momentum. In connection with increasing popularity, the number of issues related to thread lifting and its undesirable side effects also increases. In this publication, an analysis of Russian and international databases was carried out, including MedLine, PubMed, elibrary.ru, Wiley Online Library, Web of Science, over the period from 2010 to 2020 (10 years). In the search, the following keywords were used both in Russian and English: threads, thread lifting, rhytidoplasty, face rejuvenation, face lift, cog threads, Aptos, suture material. As a result, of all available publications, 51 articles were left for further analysis, on the basis of which the nuances of thread classification, histological changes in tissues in response to thread implantation, along with anatomical basics and features during the procedure of thread lifting were analyzed. The effectiveness and duration of the thread lifting effect is still subject to debate. Hence, sometimes, it is possible to identify the duration of the effect in the same study ranging from 1 month to 2 years. Despite the long history of thread lifting, there are still unresolved issues that need to be covered.
Article
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Introduction Thread lifting is a non‐surgical cosmetic procedure that utilizes threads to lift and tighten sagging skin on the face. In Lateral face lifting with anchoring technique, the threads are inserted into the skin and anchored in place to provide support to the skin at artery free zone. This technique utilizes a long cog thread, allowing for stronger fixation points. The optimal location for thread anchoring is in the fascia of the treatment area. Method and materials The study was performed with twelve cadavers with twenty‐four specimens of head from cadavers and was processed using phosphotungstic acid‐based contrast enhancement micro‐computed tomography and conventional computed tomography. The superficial temporal artery with branches of parietal and temporal were then observed with image Slicer program to analyze the safe anchoring place for the deep temporal fascia. The main branch was selected with diameter over 0.3 mm and less than 0.3 mm was regarded as arteriole. Additionally, a case of deep temporal tagging with the Secret Miracle (Hyundae Meditech Co., Ltd., South Korea) has been used for lifting procedures. Result The main branch of the parietal branch located posteriorly was located mean of ‐13 mm (range of +5.5 mm to ‐23 mm). And the temporal artery ran most anteriorly had mean of 44 mm anteriorly (range of 32 to 59 mm). The safe area for the tagging is at the deep temporal fascia between the superior temporal line and inferior temporal line. The safe range of deep temporal fascia is a vertical line crossing tragus from 1 to 3 cm anteriorly. Conclusion By analyzing the result of the superficial temporal artery of parietal and temporal branches the ideal tagging place for the thread anchoring area has been suggested.
Chapter
Thread lifting is a commonly used technique in minimal aesthetic fields. However, the procedures are not standardized, resulting in technical variations. In this chapter we will discuss several types of threads and basic procedures of thread lifting.
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Background Minimally invasive facelift techniques involving barbed suture insertion have become popular among patients who wish to correct facial tissue ptosis. Objectives The authors sought to determine the effectiveness, longevity, complications, and postoperative sequelae associated with facelift by means of barbed polydioxanone (PDO) threads. Methods A total of 160 consecutive patients who underwent facelift with barbed threads were evaluated retrospectively. For malar augmentation and correction of nasolabial grooves, 2 or 3 PDO threads (23 gauge) were placed per side; for treatment of mandibular lines, 2 to 4 PDO threads (21 gauge) were inserted per side. Results Immediately after suture placement and for 1 month postoperatively, patients experienced improvement in facial tissue ptosis. This aesthetic result declined noticeably by 6 months and was absent by 1 year. The overall complication rate in the early postoperative period was 34% (55 of 160 patients). Eighteen patients (11.2%) had superficial displacement of the barbed sutures, 15 (9.4%) experienced transient erythema, 10 (6.2%) had infection, 10 (6.2%) experienced skin dimpling, and 2 (1.2%) had temporary facial stiffness. Conclusions Placement of barbed threads yields instantaneous improvement in facial ptosis that is no longer apparent by 1 year. Given this transient benefit and the complication rate of 34%, we recommend limiting this procedure to patients with contraindications for more invasive facial surgery.
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BACKGROUND: Facial aging leads to loss of structural integrity. OBJECTIVE: To develop a means of supporting ptotic facial tissue without facelifting. METHODS: Polypropyline sutures were modified by designing many dents along their lengths. These “APTOS” threads hold tissue firmly because of the sharp edges to the dents. These threads were used to lift facial tissue in 186 patients. RESULTS: APTOS threads proved successful in lifting various ptotic areas of the face, improving facial contour. Improvement persisted in most patients with follow-up of two months to 30 months. In four patient (2.5%) the thread failed. CONCLUSION: Lifting facial tissues using APTOS threads is simple, constructive, and time-saving. It avoids scars and the need for implants.
Article
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Facial aging leads to loss of structural integrity. To develop a means of supporting ptotic facial tissue without facelifting. Polypropyline sutures were modified by designing many dents along their lengths. These "APTOS" threads hold tissue firmly because of the sharp edges to the dents. These threads were used to lift facial tissue in 186 patients. APTOS threads proved successful in lifting various ptotic areas of the face, improving facial contour. Improvement persisted in most patients with follow-up of two months to 30 months. In four patient (2.5%) the thread failed. Lifting facial tissues using APTOS threads is simple, constructive, and time-saving. It avoids scars and the need for implants.
Article
The ancient Egyptians probably were the first to use embedded sutures to enhance facial appearance. There are references to gold threads placed beneath the facial skin. Some even believe that gold threads were responsible for the beauty of Cleopatra [1]. The mechanism and action of these threads is unknown. In the Orient gold needles and threads were placed beneath the skin either in conjunction with acupuncture or to enhance the aura. They were sometimes referred to as charm. In Russia gold threads were placed beneath the surface of the skin to create scarring and tightening of the facial tissues. This has had a renewed popularity in Russia, Japan, Spain, Yugoslavia, and France. Gold threads are most often placed in parallel lines or in a grid pattern. As a mild inflammatory reaction occurs, collagen is deposited around the threads, and when it matures it will contract slightly, giving the desired facial enhancement.
Article
Self-retaining barbed sutures, innovations for nonsurgical facial and neck rejuvenation, are currently available as short APTOS threads or long WOFFLES threads. The author uses APTOS threads for malar rounding, facial tightening and firming, and uses WOFFLES threads as a sling, suspending ptotic facial tissues to the firm, dense tissues of the temporal scalp.
Article
In recent years, a number of designed suspension sutures have been rapidly introduced into clinical practice. This study compares the holding tension, slippage tension, and pull-out tension for each of 8 suspension suture systems randomly positioned in the midface soft tissue in 4 fresh-frozen cadaver heads. For each suture suspension system, a suture was positioned and set within the soft tissue of the cheek adjacent to the nasolabial line and attached to a tensiometer. A reference point was marked on the skin at the point where the suture first engaged the tissue. Holding tension was defined as the ounces of tension required to obtain a 5-mm superolateral displacement of the reference point. Slippage tension was determined by pulling further until the suture experienced its first slippage. Pull-out tension was defined as the ounces of tension required to pull the entire suture from its exit site. Photomicrographs of the fixation sites on the extracted sutures were examined and compared to their preinsertion state. Holding tension was statistically higher for the expanded polytetrafluoroethylene (ePTFE) knotted looped suture (W.L. Gore & Associates, Flagstaff, AZ) than for other systems. Slippage tension was greatest for the ePTFE suture; among other sutures, the tension profiles for the Silhouette (Kolster Methods, Inc., Corona, CA) and Woffles suture technique were higher than the others. In 3 of 5 cases, the ePTFE sutures demonstrated the highest pull-out tension, followed by the Silhouette and Woffles sutures. About 50% of barbs or cogs of polypropylene and polydioxanone sutures demonstrated bending, curling, or stripping away from the suture body after extraction. No morphologic flaws were found for suture knots, free-standing cones, or anchor pulleys. The various suture suspension systems currently available have differing efficacy and safety profiles. The results of this cadaver study clarify our understanding of the safety, benefits, and limitations of these systems. The higher ounces of tension for the ePTFE and Woffles sutures were to be expected, because these systems employ double suture strands that grasp a wider area than single-suture systems. Limitations of the study include the small number of samples, possible departures from clinical technique, and the inherent differences of the elastic and suture-holding properties between fresh-frozen cadaveric versus living tissue.
Innovative uses of Botox and the Woffles lift
  • WTL Wu
  • D Panfilov
Wu WTL. Innovative uses of Botox and the Woffles lift. In: Panfilov D, ed. Aesthetic Surgery of the Facial Mosaic. Berlin, Heidelberg, Germany: Springer; 2007:636-649.
Facial rejuvenation with threadlift
  • WTL Wu
  • LLQ Pu
  • YR Chen
  • QF Li
Wu WTL. Facial rejuvenation with threadlift. In: Pu LLQ, Chen YR, Li QF, et al, eds. Aesthetic Plastic Surgery in Asians: Principles and Techniques. Boca Raton, FL: CRC Press; 2015: 203-214.
Facelifting with barbed suture slings and the 5R technique
  • WTL Wu
Wu WTL. Facelifting with barbed suture slings and the 5R technique. Paper presented at: The California Society of Plastic Surgeons Mini Symposium on Barbed Suture facelifting; January 26, 2006; Esmerelda Resort Indian Wells, California.