Printer Friendly

Assessment of Approaches of Otorhinolaryngologists in Facial Plastic and Nasal Surgery: A Survey Study.


The Association of Facial Plastic Surgery (FPS), which is a subspecialty organization under the Turkish Society of Otorhinolaryngology and Head and Neck Surgery, was founded in 2005. It aims to fulfill the needs of otorhinolaryngologists in this area and to establish standards for education, practice, research, and medical service in FPS and also national policies for providing more qualified care to patients (1). According to the history of the association on the website, FPS interventions began before the republican period in our country and many better-than-average FPS procedures are being performed currently.

Although the sources for surgical training are currently diversified with educational videos, simulations, cadaver studies, and clinical skills laboratories, the basis of surgical training is still the master-apprentice relationship. This model of the master-apprentice relationship, which is accepted to be the basic approach to surgical training, was firstly defined by Halsted and Osler in literature (2-4).

According to the data reported by the American Society of Plastic Surgeons in 2015, the interest shown in cosmetic surgery and the number of FPS procedures for cosmetic purposes increased between the years of 1997 and 2015. While rhinoplasty is the second most frequent plastic surgery among males, it is the sixth among females. Although the most common FPS intervention is septorhinoplasty, an increase is seen in the frequencies of other surgical procedures such as otoplasty and mentoplasty and also non-surgical procedures such as botox and filler applications. Otoplasty is ranked as the 14th most frequent cosmetic surgery among females, but as the sixth most common plastic surgery among males (5).

In literature, there are many studies on the costs and effectiveness of surgical procedures and on patients' satisfaction levels. However, the number of studies dealing with the opinions and evaluations of practitioners who perform these procedures are limited. In these, relatively a few studies, mostly the effect of residency education on these surgical interventions is investigated (6-8).

In this study, the approaches of otorhinolaryngologists to FPS and nasal surgery were assessed through a questionnaire consisting of 22 multiple-choice and closed-ended questions.


This cross-sectional questionnaire study was conducted with 234 otorhinolaryngologists participating in the FPS session in the 37th Turkish National Congress of Otorhinolaryngology and Head and Neck Surgery held by the Turkish Society of Otorhinolaryngology and Head and Neck Surgery and in the 9th National Meeting organized by the Association of FPS. Printed copies of the questionnaire were used, and the participants were requested not to write their names and surnames for confidentiality. Those who mistakenly wrote their names were excluded from the study. The questionnaire consisted of 22 multiple-choice and closed-ended questions evaluating the approaches of surgeons to FPS and nasal surgery. The responses given to the questions were analyzed. The study was conducted in accordance with the Guidelines for Good Clinical Practice and the Declaration of Helsinki. Ethical approval for the study was obtained from the local ethics committee. All participants were informed about the study, and their written informed consents were received.

Statistical analysis

The statistical software of Number Cruncher Statistical System (NCSS) 2007 (Kaysville, Utah, USA) was used for statistical analyses. While evaluating the data of the study, descriptive statistical methods (mean, standard deviation, median, frequency, and ratio) were used.


The study was performed with a total of 234 otorhinolaryngologists, including 191 male (81.6%) and 43 female (18.4%) surgeons. The mean age was 37.22[+ or -]8.4 years, and the age range was between 26 and 63 years. Forty-two (17.9%) of the participants were residents and 192 (82.1%) were specialists. Of the participants, whose experiences in FPS are presented in Table 1, 65 (27.8%) worked at private hospitals and 169 (72.2%) at public hospitals (public hospitals providing secondary and tertiary healthcare services and university hospitals).

It was found that 143 of the participants (61.1%) performed various FPS practices during their residency educations and the most common intervention among them was rhinoplasty. Considering the number of rhinoplasty operations performed in the recent year, the rate of surgeries was 59% between the ages of 0 and 20 years, 16.2% between the ages of 21 and 40 years, 6.8% between the ages of 41 and 60 years, and 3% between the ages of 61 and 80 years (Figure 1). For the question about the necessary number of rhinoplasty operations required for being a master, the largest group of the participants responded as 251450 (27.4%) (Figure 2) (Table 2).

The most challenging cases in rhinoplasty were found to be crooked nose (33.8%), ideal nasal dorsum (18.8%), revision cases (13.2%), and skin deformities (11.1%), respectively (Figure 3). For the question asking how many of 100 rhinoplasty practices were satisfying, the largest group of surgeons chose 10-30 (31.2%). For the question about the need for revision encountered in the last 100 rhinoplasty procedures, 47.4% of surgeons responded as 1-5 and 0.9% as 15-20 (Figure 4). While the rate of photodocumentation by surgeons was 86.3% before and after FPS, it was 47% during operation. The rate of surgeons documenting surgical epicrises in FPS procedures was 71.8%. On the other hand, the rate of surgeons conducting scientific studies related to FPS was 15.8%. The rates of these publications about FPS are given in Table 3.

Other FPS procedures other than rhinoplasty were otoplasty at the rate of 68.4%, filler-botox-fat injection at the rate of 20.5%, and mentoplasty at the rate of 18.4% (Figure 5). For the question asking about other FPS procedures, except rhinoplasty, about which an otorhinolaryngologist had to know, most of the surgeons responded as otoplasty with skin tumors and repair with flaps. Other interventions following otoplasty according to their frequencies are mentoplasty, blepharoplasty, botox injection, fat transfer, and filler applications (Table 4).
Figure 1. The number of rhinoplasty procedures performed by the
participants in the recent year

The number of performed rhinoplasty procedures

0-20           59
21-40          16.2
41-60           6.8
61-80           7.3
81-100          3
101-120         3.4
121-150         0.4
>150            3.8

Note: Table made from bar graph.

Figure 2. The mean number of operations required for being a master

0-100           3
101-250        23.1
251-450        27.4
451-800        17.1
801-1000        6.8
>1000          22.6

Note: Table made from bar graph.

Figure 3. The most challenging situations while performing rhinoplasty

Skin problems               11.1
Crooked nose                33.8
Dorsal procedure             1.3
Tip surgery                  9.8
Osteotomy                    9
High septum deviation        3
Ideal dorsum                18.8
Revision cases              13.2

Note: Table made from bar graph.

When FPS-related procedures that were wanted to be learned or improved were listed according to the order of their importance, rhinoplasty and otoplasty were found to be at the first rank. They were respectively followed by mentoplasty, blepharoplasty, face lift, brow lift, and filler-botox-fat transfer (Table 5).


Questionnaire studies provide valuable data, given that the questions are accurately designed considering the subject intended to be questioned. The presence of many questionnaire studies related to various subjects in literature indicates that they can provide important data if they are adequately and efficiently prepared. In addition, some diseases are diagnosed with questionnaires that question the symptoms and findings of disease (9-11). This study is a questionnaire-based study assessing the opinions of otorhinolaryngologists about FPS and nasal surgery.
Figure 4. Evaluation of recently performed 100 rhinoplasties

How many of 100 recent
rhinoplasties were satisfying

10-30           31.2
30-50           24.4
50-70           25.2
70-100          19.2

How many of 100 recent
rhinoplasties required revision

1-5          47.4
5-10         38.5
10-15        13.2
15-20         0.9

Note: Table made from bar graph.

Figure 5. Facial plastic surgeries other than rhinoplasty

Otoplasty               68.4
Mentoplasty             18.4
Blepharoplasty           8.1
Face lift                3.8
Botox                    3.4
Filler-botox-fat        20.5
Other                   16.2

Note: Table made from bar graph.

Although it was conducted with a relatively few surgeons, unknown identities of participants provide the objectivity of the study. While most of the surgeons who participated in our study were male, 18.4% were female. This rate is consistent with a questionnaire study conducted previously on otorhinolaryngologists in our country. In the study conducted by Dokuzlar et al. (2), 74.32% of the surgeons were male and 25.68% were female.

The master-apprentice relationship still maintains its importance in surgical training. Surgeons should improve themselves and have certain experience for defining new techniques. It was detected in our study that 61.1% of the participants performed FPS procedures during their residency educations. This rate is important with regard to its demonstrating that core education program designed by the Board of Medical Specialties cannot be applied exactly in our country (12). Because of insufficient number of competent educators and inability to perform FPS procedures in all educational institutions, core education program is not completely applied. The efforts of the Association of FPS, such as cadaver studies and training activities, for filling this gap will increase this rate in the future.

Facial Plastic Surgery interventions are performed in public hospitals less frequently because these operations are not paid by the Social Security Institution, additional medical fee cannot be demanded from patients in public hospitals due to health services regulation, and these procedures have low performance scores in the performance assessment system. Although most of the participants in our study worked at public hospitals, further comments cannot be made on this issue because the questionnaire did not include any question asking the reasons for lower frequency of FPS procedures in public hospitals.

Rhinoplasty is one of the most commonly performed FPS interventions (5). Secondary rhinoplasty is a more difficult surgery because patient satisfaction level is lower than in primary rhinoplasty and it includes more major deformities. The main reasons for secondary rhinoplasty include unmet aesthetic expectations of patient, patient's fanciful expectations, differences between patient's and surgeon's expectations, difficult nose, low surgical experience, technical errors, and postoperative trauma (13-17). The rate of secondary rhinoplasty is reported to be between 10% and 18% in literature (15-17). There are differences between the pathologies encountered in primary and secondary rhinoplasty procedures. In the study conducted by Cingi et al. (13), while main pathologies were stated to be minimal nasal hump deformity (72.7%), septum deviation (31.1%), and bullous or large nasal tip (33.3%) in cases undergoing primary rhinoplasty, they were reported to be saddle nose deformity (21.2%), crooked nose (36.4%), and tip asymmetry (48.5%) in cases undergoing secondary rhinoplasty. In the study conducted by Yu et al. (15), tip asymmetry and crooked nose deformities were found to be more common in secondary rhinoplasty cases. Although there are various definitions of ideal candidates for rhinoplasty and many rhinoplasty techniques were defined in literature, the number of studies about the surgical technical difficulties that can be encountered during rhinoplasty is restricted.

Fanous et al. (18) examined easy and difficult septorhinoplasty candidates in their study. They evaluated cases with nasal hump, thick skin, and simple problems as easy septorhinoplasty cases and cases without nasal hump deformity but with severe tip deformity as difficult septorhinoplasty cases. While identifying the degree of difficulty, the frontal view of the nose, skin thickness, and profile view are considered. Patients without nasal hump deformity are difficult cases because they generally have other comorbid deformities, severe tip deformity, and expectations that are difficult to meet (18). Ozkan et al. (19) reported that the factors affecting the difficulty of septorhinoplasty operations were mucosal adhesion developing secondary to previous septorhinoplasty operations, the presence of structural defects in the nasal bone and cartilages, the presence of severe deviation in the septum, asymmetries in the lower and upper lateral cartilages, bone deformities developing secondary to trauma, skin quality and thickness, and advanced age of patient. According to the responses of the participants in our study, the most challenging situations in rhinoplasty are crooked nose, secondary rhinoplasty cases, and effort to reach the ideal dorsum.

In FPS practices, photodocumentation is very important in terms of evaluating medicolegal state and postoperative change. From medicolegal view, photodocumentation is an obligation for surgeon to be under protection and to assess the process (20-25). According to Humprey and Kriet (24), photodocumentation helps surgeons to develop themselves and to criticize themselves surgically. It is also used as objective evidence in academic studies. Although the causes of low rate of surgical epicrisis documentation and preoperative and intraoperative photodocumentation among the participants in our study are not well-known, we suggest that all surgeons should provide surgical epicrisis documentation and photodocumentation.

In our country, high numbers of studies are published by otorhinolaryngologists, but the rate of studies on FPS is relatively low. The low rate of publications performed by surgeons in our study supports this suggestion. Publication of scientific articles on FPS will make FPS practices more widespread and also lead up to new developments.

The most common surgical procedures other than rhinoplasty are otoplasty, mentoplasty, blepharoplasty, and auricular lobuloplasty. On the other hand, the most common non-surgical facial aesthetic procedures are filler-botox-fat transfer applications (5). The same sorting is true also for surgeons participating in our study. However, other FPS procedures are not performed as frequently as rhinoplasty. Facial aesthetics is formed depending on the symmetry and harmony of facial bones and soft tissues.

More widespread applications of FPS in the society will contribute to an increase in other FPS procedures other than rhinoplasty in training clinics and to the education of otorhinolaryngologists. In FPS practices, photodocumentation is highly important and it is a medicolegal necessity. Publications about FPS are required for improvement in education.


This questionnaire study is a notable study with regard to evaluating the approaches of otorhinolaryngologists to FPS practices. This study suggests that training clinics and the Association of FPS have great responsibilities for FPS education to become more widespread and to gain continuity. Further studies conducted on more surgeons are needed for obtaining detailed analysis of developments in FPS.

Ethics Committee Approval: Ethics committee approval was received for this study from the ethics committee of Bakirkoy Dr. Sadi Konuk Training and Research Hospital (Decision no: 2017-04-03).

Peer-review: Externally peer-reviewed.

Author Contributions: Concept - A.A., M.C., Y.Y., T.S.; Design A.A, M.C., YY; Supervision - O.T.Y., F.A., T.S., A.A., M.C., G.K.; Resource - A.A., Y.Y, M.C.; Materials - AA., M.C., Y.Y.; Data Collection and/or Processing - A.A., Y.Y, M.C.; Analysis and/or Interpretation - Y.Y, M.C.; Literature Search - A.A, M.C., YY, T.S.; Writing - A.A., YY, M.C.; Critical Reviews - O.T.Y, FA., G.K.

Conflict of Interest: No conflict of interest was declared by the authors.

Financial Disclosure: The authors declared that this study has received no financial support.



(2.) Dokuzlar U, Miman MC, Denizoglu II, Egrilmez M. Opinions of Otorhinolaryngology Residents about Their Education Process. Turk Arch Otorhinolaryngol 2015; 53: 100-7.

(3.) Puram SV, Kozin ED, Sethi R, Alkire B, Lee DJ, Gray ST, et al. Impact of resident surgeons on procedure length based on common pediatric Otorhinolaryngology cases. Laryngoscope 2015; 125: 991-7. [CrossRef]

(4.) Cabrera-Muffly C, Bryson PC, Sykes KJ, Shnayder Y Free online Otorhinolaryngology educational modules: a pilot study. JAMA Otolaryngol Head Neck Surg 2015; 141: 324-8. [CrossRef]

(5.) Cosmetic Surgery National Data Bank: Statistics, 2015. The American Society for Aesthetic Plastic Surgery website. Accessed April 1, 2016. [CrossRef]

(6.) Pollei TR, Barrs DM, Hinni ML, Bansberg SF, Walter LC. Operative time and cost of resident surgical experience: effect of instituting an Otorhinolaryngology residency program. Otolaryngol Head Neck Surg 2013; 148: 912-8. [CrossRef]

(7.) Vieira BL, Hernandez DJ, Qin C, Smith SS, Kim JY, Dutra JO The impact of resident involvement on Otorhinolaryngology surgical outcomes. Laryngoscope 2016; 126: 602-7. [CrossRef]

(8.) Sethi RK, Kozin ED, Remenschneider AK, Lee DJ, Gliklich RE, Shrime MG, et al. Otorhinolaryngology-specific emergency room as a model for resident training. Laryngoscope 2015; 125: 99-104. [CrossRef]

(9.) Lechien JR, Huet K, Finck C, Khalife M, Fourneau AF, Delvaux V, et al. Validity and reliability of a French version of reflux symptom index. J Voice 2017; 31: 512.el-512.e7. [CrossRef]

(10.) Belafsky PC, Postma GN, Koufman JA. Validity and reliability of the reflux symptom index (RSI). J Voice 2002; 16:274-7. [CrossRef]

(11.) Mendez A, Seikaly H, Ansari K, Murphy R, Cote D. High definition video teaching module for learning neck dissection. J Otolaryngol Head Neck Surg 2014; 25: 43-7. [CrossRef]


(13.) Cingi C, Eskiizmir G, Caldi H. Comparative analysis of primary and secondary rhinoplasties according to surgeons perspective, patient satisfaction, and quality of life. Ann Otol Rhinol Laryngol 2012; 121: 322-7. [CrossRef]

(14.) Arima LM, Velasco LC, Tiago RS. Crooked nose: outcome evaluations in rhinoplasty. Braz J Otorhinolaryngol 2011; 77: 510-5. [CrossRef]

(15.) Yu K, Kim A, Pearlman SJ. Functional and aesthetic concerns of patients seeking revision rhinoplasty. Arch Facial Plast Surg 2010; 12: 291-7. [CrossRef]

(16.) Barone M, Cogliandro A, Di Stefano N, Tambone V, Persichetti P. A systematic review of patient-reported outcome measures after rhinoplasty. Eur Arch Otorhinolaryngol 2017; 274: 1807-11. [CrossRef]

(17.) East C, Kwame I, Hannan SA. Revision rhinoplasty: What can we learn from error patterns? An analysis of revision surgery. Facial Plast Surg 2016; 32: 409-15. [CrossRef]

(18.) Fanous N, Brousseau VJ, Karsan N, Fanous A. Predicting the results of rhinoplasty before surgery: Easy noses versus difficult noses. Can J Plast Surg 2008; 16: 69-75. [CrossRef]

(19.) Ozkan AC, Bilgili AM, Guven E. Analyses and classification of complexities in rhinoplasties based on factors increasing the difficulty and their appropriate reconstruction. Kulak Burun Bogaz Ihtis Derg 2016; 26: 348-55. [CrossRef]

(20.) Eskiizmir G, Ozyurt B. The importance of metric view for photodocumentation of facial reconstructive surgery: a single blinded survey. Eur Arch Otorhinolaryngol 2011; 268: 931-4. [CrossRef]

(21.) Kuhnel T, Wolf S. Mirror system for photodocumentation in plastic and aesthetic surgery. Br J Plast Surg 2005; 58: 830-2. [CrossRef]

(22.) Swamy RS, Most SR Pre- and postoperative portrait photography: standardized photos for various procedures. Facial Plast Surg Clin North Am 2010; 18: 245-52. [CrossRef]

(23.) Garcia-Rabasco A, Marin-Bertolin S, Esteve-Martinez A, Garcia-Ruiz R. Intraoperative photography for dermatologic and plastic surgery. Dermatol Surg 2011; 37: 404-6. [CrossRef]

(24.) Humphrey CD, Kriet JD. Intraoperative photography. Facial Plast Surg Clin North Am 2010; 18: 329-34. [CrossRef]

(25.) Sommer DD, Mendelsohn M. Pitfalls of nonstandardized photography in facial plastic surgery patients. Plast Reconstr Surg 2004; 14:10-4.[CrossRef]

Ahmet Altintas (1), Yakup Yegin (2), Mustafa Celik (2), Tevfik Sozen (3), Gurkan Kayabasoglu (4), Omer Taskin Yucel (3), Fazil Apaydin (5)

(1) Clinic of Otorhinolaryngology, Fatih Medikal Park Hospital, Istanbul, Turkey

(2) Clinic of Otorhinolaryngology, Bakirkoy Dr. Sadi Konuk Training and Research Hospital, Istanbul, Turkey

(3) Department of Otorhinolaryngology, Hacettepe University School of Medicine, Ankara, Turkey

(4) Clinic of Otorhinolaryngology, Sakarya University Training and Research Hospital, Sakarya, Turkey

(5) Department of Otorhinolaryngology, Ege University School of Medicine, Izmir, Turkey

Cite this article as: Altyntas A, Yegin Y, Celik M, Sozen T, Kayabasoglu G, Yucel OT, Apaydin F. Assessment of Approaches of Otorhinolaryngologists in Facial Plastic and Nasal Surgery: A Survey Study. Turk Arch Otorhinolaryngol 2017; 55: 129-35.

Address for Correspondence: Mustafa Celik


Received Date: 10.06.2017

Accepted Date: 07.07.2017

Available Online Date: 14.08.2017

DOI: 10.5152/tao.2017.2580
Table 1. Demographic features of participants

                          Min-max  M[+ or -]SD
Age                       26-63    37.22[+ or -]8.4
                          Years    %

Gender       Female        43      18.4
             Male         191      81.6
Title        Resident      42      17.9
             Specialist   192      82.1
Experience   1-3 years     66      28.2
             3-5 years     68      29.1
             5-10 years    36      15.4
             10-20 years   48      20.5
             >20 years     16       6.8
Institution  Private       65      27.8
             Public       169      72.2

M: mean; SD: standard deviation

Table 2. Findings related to facial plastic surgery

                                           Min-max  M[+ or -]SD

Performing FPS during    Yes               143      61.1
residency education      No                 91      38.9
The most common FPS      Rhinoplasty       226      96.6
intervention             Otoplasty           2       0.9
                         Blepharoplasty      1       0.4
                         Filler-botox-fat    3       1.3
                         Other               2       0.9
Number of rhinoplasty    0-20              138      59.0
performed in the         21-40              38      16.2
recent year              41-60              16       6.8
                         61-80              17       7.3
                         81-100              7       3.0
                         101-120             8       3.4
                         121-150             1       0.4
                         >150                9       3.8
The mean number of       0-100               7       3.0
operations required for  101-250            54      23.1
being a master           251-450            64      27.4
                         451-800            40      17.1
                         801-1000           16       6.8
                         >1000              53      22.6

FPS: facial plastic surgery; M: mean; SD: standard deviation

Table 3. Evaluations related to facial plastic surgery procedures

                                                        n    %

The most challenging situation while  Skin problems      26  11.1
performing rhinoplasty                Crooked nose       79  33.8
                                      Dorsal procedure    3   1.3
                                      Tip surgery        23   9.8
                                      Osteotomy          21   9.0
                                      High septum         7   3.0
                                      Ideal dorsum       44  18.8
                                      Revision cases     31  13.2
How many of 100 recent                10-30              73  31.2
rhinoplasties were satisfying?        30-50              57  24.4
                                      50-70              59  25.2
                                      70-100             45  19.2
How many of 100 recent                1-5               111  47.4
rhinoplasties required revision?      5-10               90  38.5
                                      10-15              31  13.2
                                      15-20               2   0.9
Photodocumentation of patients        Yes               202  86.3
before and after FPS                  No                 32  13.7
Documentation of intraoperative       Yes               110  47.0
views during FPS procedures           No                124  53.0
Documentation of surgical epicrises   Yes               168  71.8
in FPS interventions                  No                 66  28.2
Making publications on FPS            Yes                37  15.8
                                      No                197  84.2
The number of publications on         1-3                25  67.9
FPS (n=37)                            3-5                 7  18.9
                                      5-7                 2   5.4
                                      7-10                3   1.3

FPS: facial plastic surgery

Table 4. Responses given to the question about other facial plastic
surgery procedures, except rhinoplasty, that should be well known by an

                                                 Order of importance
                      1      2     3     4     5      6    7     8

Skin tumors and    n   71    44    61    13    13     7     5    10
repair with flaps  %   30.3  18.8  26.1   5.6   5.6   3.0   2.1   4.3
Otoplasty          n  132    63    17     2     1     3     2     6
                   %   56.4  26.9   7.3   0.9   0.4   1.3   0.9   2.6
Mentoplasty        n    9    80    51    35    22     8    11     6
                   %    3.8  34.2  21.8  15.0   9.4   3.4   4.7   2.6
Blepharoplasty     n    0     9    29    59    40    28    28    30
                   %    0     3.8  12.4  25.2  17.1  12.0  12.0  12.8
Face lift          n    4     6     6    15    42    48    35    25
                   %    1.7   2.6   2.6   6.4  17.9  20.5  15.0  10.7
Botox              n    4     6    18    35    41    46    40    40
                   %    1.7   2.6   7.7  15.0  17.5  19.7  17.1  17.1
Filler             n    2     5     6    15    31    33    52    29
                   %     .9   2.1   2.6   6.4  13.2  14.1  22.2  12.4
Fat transfer       n    4     5    10    27    22    50    41    53
                   %    1.7   2.1   4.3  11.5   9.4  21.4  17.5  22.6
Cosmetic repair    n    8    18    36    34    24     9    20    34
of facial palsy    %    3.4   7.7  15.4  14.5  10.3   3.8   8.5  14.5


Skin tumors and      10
repair with flaps     4.3
Otoplasty             8
Mentoplasty           12
Blepharoplasty       11
Face lift            53
Botox                 4
Filler               61
Fat transfer         22
Cosmetic repair      51
of facial palsy      21.8

Table 5. Responses given to the question about FPS-related procedures
that are wanted to be learned or improved

                                      Order of importance
                     1     2      3     4     5     6     7

Rhinoplasty       n  92     16    18    16    12    17    63
                  %  39.3    6.8   7.7   6.8   5.1   7.3  26.9
Otoplasty         n  36    104    18    17    18    38     3
                  %  15.4   44.4   7.7   7.3   7.7  16.2   1.3
Mentoplasty       n  37     26    91    42    27     9     2
                  %  15.8   11.1  38.9  17.9  11.5   3.8    .9
Blepharoplasty    n  16     41    35    82    43    13     4
                  %   6.8   17.5  15.0  35.0  18.4   5.6   1.7
Face lift         n  28     11    15    23    61    52    44
                  %  12.0    4.7   6.4   9.8  26.1  22.2  18.8
Brow lift         n   4     19    36    17    36    86    36
                  %   1.7    8.1  15.4   7.3  15.4  36.8  15.4
Filler-botox-fat  n  21     19    21    35    37    19    82
transfer          %   9.0    8.1   9.0  15.0  15.8   8.1  35.0
No portion of this article can be reproduced without the express written permission from the copyright holder.
Copyright 2017 Gale, Cengage Learning. All rights reserved.

Article Details
Printer friendly Cite/link Email Feedback
Title Annotation:Original Investigation
Author:Altintas, Ahmet; Yegin, Yakup; Celik, Mustafa; Sozen, Tevfik; Kayabasoglu, Gurkan; Yucel, Omer Taski
Publication:Turkish Archives of Otorhinolaryngology
Date:Sep 1, 2017
Previous Article:Serum Oxidative Stress Levels in Patients with Nasal Septal Deviation.
Next Article:Comparison of Early-period Results of Nasal Splint and Merocel Nasal Packs in Septoplasty.

Terms of use | Privacy policy | Copyright © 2021 Farlex, Inc. | Feedback | For webmasters |