Services on Demand
- Similars in SciELO
Print version ISSN 1983-5175
Rev. Bras. Cir. Plást. vol.27 no.2 São Paulo Apr./June 2012
Ognev Meireles CosacI; Diogo Borges PedrosoII; Flavia Roberta Paes VasconcelosIII; Renato Srgio de Medeiros SouzaIV; Giuliano Trombetta AmaralV
surgeon, full member of Sociedade Brasileira de Cirurgia Plstica (Brazilian
Society of Plastic Surgery) - SBCP, regent of the Plastic Surgery Service
of the Hospital das Foras Armadas (Armed Forces Hospital), Braslia, DF,
IIResident physician at the Plastic Surgery Service of Hospital Daher Lago Sul (Daher Lago Sul Hospital), aspiring member in training of the SBCP, Braslia, DF, Brazil
IIIPlastic surgeon, full member of SBCP, preceptor of the Plastic Surgery Service of the Hospital das Foras Armadas (Armed Forces Hospital), Braslia, DF, Brazil
IVPlastic surgeon at the Hospital Regional da Ceilndia (Ceilndia Regional Hospital), full member of SBCP, Braslia, DF, Brazil
VSurgeon at the Hospital Regional do Gama (Gama Regional Hospital), specialist member of SBCP, Braslia, DF, Brazil
BACKGROUND: Rhinoplasty surgery, performed for the treatment of "saddle-back" nose, has
significantly improved in the last decades due to better management of grafts
and implants. However, the choice of these materials is controversial and
remains a subject of discussion. Scar contracture forces in nasal deformities
prevent any type of reconstruction that is not rigid or semi-rigid. Therefore,
the bone graft is an appropriate choice because it is stable, available, and
reliable with regard to aesthetic outcomes. The olecranon bone graft is easily
harvested and has a single cortical thickness, which is essential for resisting
bone resorption and for providing long-lasting cosmetic results. The aim of
this study is to discuss the advantages of the olecranon bone graft in
rhinoplasty and to demonstrate our experience with this procedure.
METHODS: In this descriptive and retrospective study, we reviewed the medical records of patients who underwent olecranon bone grafting for nasal dorsal augmentation between January 2000 and January 2010 and were consequently followed-up for an equivalent period, at the Plastic Surgery Service of Hospital Daher Lago Sul (Daher Lago Sul Hospital, Braslia, DF, Brazil). Possible graft resorption was monitored by anthropometric measurements of the nose with photographic documentation and graft radiological control.
RESULTS: Satisfactory aesthetic results were achieved for the 9 patients who underwent surgery. According to the examinations performed to monitor possible graft resorption, projection loss or signs of bone resorption were not observed for up to 6 years after surgery.
CONCLUSIONS: The olecranon bone graft proved to be a suitable choice for primary or secondary rhinoplasty to treat "saddle-back" nose, with no long-term resorption or morbidity of the donor area observed up to this point. Moreover, the olecranon bone graft provides satisfactory, predictable, and long-lasting aesthetic results.
Keywords: Rhinoplasty. Nose/surgery. Bone transplantation. Transplantation, autologous.
Rhinoplasty surgery, performed for the treatment of "saddle-back" nose and for aesthetic or reconstructive purposes, has significantly improved during the last few decades because of the better management of grafts and implants. However, the choice of these materials remains controversial and is a subject of discussion. Currently, several grafts and implants have been described for this procedure and these are classified according to their origin: autologous, homologous, or synthetic1,2.
Autografts include cartilage, bone, fascia, and dermis from the same individual, whereas homografts are derived from tissue donated by individuals of the same species. Homografts include irradiated cartilage and acellular dermis, which are not used in our daily practice. Synthetic implants are alloplastic products (biocompatible polymers), of which silicone is commonly used in Asia for nasal augmentation3. Autologous grafts have higher biocompatibility and a lower risk of infection and extrusion when compared to homograft or alloplastic implants. However, it should be noted that several issues are associated with these grafts including morbidity of the donor area, graft availability, and the possibility of graft resorption.
In major nasal deformities or secondary rhinoplasty, the forces of scar contractures prevent any type of reconstruction that is not rigid or semi-rigid. The reconstruction strategy should aim to confer nasal tip and dorsum stability until the contraction diminishes. Therefore, the bone graft is a suitable choice because it is stable, available, and reliably produces satisfactory aesthetic results1,3-10.
The aim of this study is to discuss the benefits of the olecranon bone graft in rhinoplasty and to demonstrate our experience with this procedure.
In this descriptive and retrospective study, we reviewed the medical records of patients who underwent olecranon bone graft for nasal dorsal augmentation between January 2000 and January 2010 and were consequently followed-up for an equivalent period.
The indications for bone graft in dorsal nasal augmentation include "saddle-back" nose, inflammatory conditions, burn sequelae, tumor resection, Binder's syndrome, primary aesthetic rhinoplasty in afro-descendants, and secondary rhinoplasty in patients with excessive surgical removal of osteocartilaginous structures1-12.
Surgical Procedure for Graft Removal
The non-dominant forearm was chosen for removal of the olecranon bone graft. The proximal third of the posterior face was infiltrated followed by a longitudinal incision and dissection of the planes. The cortex of the olecranon was measured according to the nasal defect for repair and the graft was removed with a bone saw or a simple chisel (Figure 1).
Upon removal, the olecranon was placed in a container with saline solution and the donor area was covered with bone wax. Synthesis was carried out by planes, with absorbable sutures and of skin with 4.0 nylon intradermal threads. Finally, the limb was covered with a crepe bandage. A tourniquet was not necessary. The graft was transferred into the recipient area with external anchoring with micropore tape for 21 days; rigid fixation was not used.
Possible graft resorption was monitored by anthropometric measurements of the nose with photographic documentation and graft radiological control. Frontal, oblique, lateral, and nasal base photographs were taken 3, 6, 12, and 24 months after surgery and the images were compared. The height of the nasal tip and dorsum and the length of the dorsum were measured. Graft radiographs were obtained postoperatively at 6, 12, and 24 months and the height of the nasal dorsum, graft length, and possible signs of bone resorption were assessed.
The olecranon bone graft was used in 9 rhinoplasties: 6 were performed for aesthetic purposes in afro-descendants and 3 were performed for "saddle-back" nose reconstruction. All 5 surgeries performed in women were for aesthetic purposes (Figure 2), whereas 4 of the surgeries performed in men, one of them was for aesthetic purposes (Figure 3), and the other 3 were performed for nasal reconstruction (Figure 4). The age of the patients at the time of the surgery varied from 21 to 43 years, with an average age of 27 years.
Open rhinoplasty was performed in 8 patients and the closed rhinoplasty procedure was used in 1 patient, the first of our series. The postoperative follow-up varied between 12 months and 6 years, with an average of 24 months.
According to the exams performed to monitor possible graft resorption (Figure 5), projection loss or signs of bone resorption did not occur up to 6 years after surgery. Secondary rhinoplasties were not necessary in this series of patients. Graft displacement or hypertrophic scars/synechiae did not occur and respiratory complaints were not reported.
All patients reported temporary paresthesia in the forearm scar (donor area), with a complete recovery within 1 year. None of the patients presented with a hypertrophic scar or keloids in that region (Figure 6). All patients reported mild pain in the area where the bone graft was removed, with complete recovery after 2 months. No cases of persistent pain or sequelae in the donor forearm were observed.
In a literature review, Foda13 reported that irregularities in the nasal dorsum and "saddle-back" nose represent 54% and 44%, respectively, of all complaints leading to secondary rhinoplasty. In these cases, septal cartilage is usually considered the best material for nasal deformity repair because it is easy to harvest and has properties that are similar to the original cartilaginous framework of the nose. Moreover, it confers adequate structural support1. However, the limitation of this choice is the amount of mass that potentially must be removed. Consequently, the second option for the surgeon is the auricular cartilage because it is proven to be flexible and resistant. In addition, a variety of different forms can be harvested and rendered available. Auricular cartilage is the first choice for the reconstruction of the external nasal valve because low donor site morbidity has been observed so far. Although the modeling of this graft is an advantage, it can be deformed easily as it is more fragile, less rigid, and less able to confer support than septal cartilage when it is damaged.
On the other hand, costal cartilage is an abundant source of material that provides proper resistance and support and demonstrates efficient long-term viability and minimal reabsorption. Possible disadvantages include morbidity in the donor area (pneumothorax, scar-induced chest wall deformities, persistent pain, paresthesia, infection, and dehiscence) and unpredictable shape maintenance1.
A common complication associated with cartilage grafts is inadequate placement. Other complications include bone resorption, extrusion, and deformity1,4,11,13.
Another alternative for nasal reconstruction is the acellular dermis. However, this alternative is not permitted by the National Agency of Health Surveillance. Furthermore, this material should not be used as a supporting graft when a deformity larger than 3 mm is observed in the dorsal profile of the nose2.
The main complications observed in synthetic implants are extrusion and infection, which lead to unacceptable scars and are difficult to repair with minor surgery, particularly when the extrusion is through the skin of the nasal tip2,3. Severe nose shortening may also occur due to recurrent infections and nasal capsular contractures around the silicone prosthesis.
Synthetic materials such as high-density porous polyethylene (Medpor®, Porex®), which were developed in the 1970s, are also important. Although these materials are expensive, their micropores facilitate better insertion of the implant and decrease the rates of extrusion and infection compared to other synthetic materials1.
Different bone graft donor areas such as the iliac crest, skullcap, mastoid, ribs, and olecranon have been used for nasal reconstruction and dorsal augmentation. These grafts confer excellent structural support, are abundantly available, and provide reliable aesthetic results. Regardless of the source of the bone graft, the following concepts should be taken into consideration for better implantation of these grafts: the concept of graft augmentation, preparation of the nasal dorsum for insertion of the bone graft into the recipient area, and immobilization1,3-10. In this study, immobilization was performed only with external micropore tape in order to avoid complications due to fixing screws. Gurley et al.14 reported that almost two-thirds of the fixing screws were removed in patients who underwent nasal dorsal augmentation with the iliac bone graft because of skin erosion, palpability, or easy visibility.
Bone graft removal from the skullcap is well tolerated, with minimal or no postoperative discomfort compared to the significant morbidity that is commonly associated with iliac crest resections and usually lasts 2 or 3 weeks. However, injuries to the central nervous system and hematoma formation might occur, although these appear to be rare1.
The olecranon bone graft is our first choice because it is easy to harvest and leads to minimal morbidity of the donor area. The insertion of the olecranon bone graft in the donor area is performed with the spongy part adhered to the nasal bone, thus allowing graft fixation. This procedure ensures long-lasting results without long-term resorptions. Moreover, the use of the olecranon bone graft is not associated with disadvantages commonly associated with other grafts such as neurological injuries or walking-induced pain. The olecranon bone graft presents a single cortex thickness (2 mm to 5 mm), which is essential for avoiding resorption and providing long-lasting esthetic results1,3,12.
In this study, possible graft resorption was monitored by anthropometric measurements and radiological control according to studies in the literature describing cephalometry on iliac bone grafts. The distance between the following 3 points was analyzed for each image: the height of the tip and the lengths of the upper and lower grafts14,15.
Open rhinoplasty, which was used in most of the cases described herein, is becoming the preferred method because it provides better structural handling of the nose than closed rhinoplasty.
The olecranon bone graft proved to be a good option for primary or secondary rhinoplasty for the treatment of "saddle-back" nose. Long-term resorption or morbidity of the donor area has not been observed so far. This procedure ensures satisfactory, predictable, and long-lasting aesthetic results.
1. Sajjadian A, Rubinstein R, Naghshineh N. Current status of grafts and implants in rhinoplasty: part I. Autologous grafts. Plast Reconstr Surg. 2010;125(2):40e-9e. [ Links ]
2. Sajjadian A, Rubinstein R, Naghshineh N. Current status of grafts and implants in rhinoplasty: part II. Homologous grafts and allogenic implants. Plast Reconstr Surg. 2010;125(3):99e-109e. [ Links ]
3. Hodgkinson DJ. The Eurasian nose: aesthetic principles and techniques for augmentation of Asian nose with autogenous grafting. Aesthetic Plast Surg. 2007;31(1):2831. [ Links ]
4. Baek RM, Eun SC, Heo CY, Min KH. Rhinoplasty using rib chondro-osseous graft in Asian patients. J Craniofac Surg. 2010;21(4):1122-5. [ Links ]
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7. Chou TD, Lee WT, Chen SL, Lee CH, Chen SG, Chen TM, et al. Split calvarial bone graft for chemical burn-associated nasal augmentation. Burns. 2004;30(4):380-5. [ Links ]
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11. Bottini DJ, Gentile P, Donfrancesco A, Fiumara L, Cervelli V. Augmentation rhinoplasty with autologous grafts. Aesthetic Plast Surg. 2008; 32(1):136-42. [ Links ]
12. Hodgkinson DJ. The olecranon bone graft for nasal augmentation. Aesthetic Plast Surg. 1992;16(2):129-32. [ Links ]
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14. Gurley JM, Pilgram T, Perlyn CA, Marsh JL. Long-term outcome of autogenous rib graft nasal reconstruction. Plast Reconstr Surg. 2001; 108(7):1895-907. [ Links ]
15. Sarukawa S, Sugawara Y, Harii K. Cephalometric long-term follow-up of nasal augmentation using iliac bone graft. J Craniomaxillofac Surg. 2004;32(4):233-5. [ Links ]
to: Article received: June 23,
2011 This study was performed at the
Plastic Surgery Service of Hospital Daher Lago Sul
(Daher Lago Sul Hospital), Brasília, DF, Brazil.
Ognev Meireles Cosac
Condomínio Villages Alvorada cj. 17 casa 10 - Lago Sul - Brasília, DF, Brazil - CEP 71680-351
Article accepted: February 6, 2012
Submitted to SGP (Sistema de Gestão de Publicações/Manager Publications System) of RBCP (Revista Brasileira de Cirurgia Plástica/Brazilian Journal of Plastic Surgery).
Article received: June 23,
This study was performed at the
Plastic Surgery Service of Hospital Daher Lago Sul
(Daher Lago Sul Hospital), Brasília, DF, Brazil.