Secondary Nasal Deformity Research Articles

Application of Computer-Aided Design and Customized Implants in the Reconstruction of Pyriform Aperture Defects Secondary to Unilateral Cleft Lip and Palate.

To design and develop customized implants with the rapid prototyping (RP) technique in order to reconstruct the defected pyriform aperture. A 3-dimensional digital model was reconstructed with the software proplan CMF based on the computed tomography data of the patient's skeleton. Then an individualized implant was designed by computer-aided design (CAD) and prepared with the RP technique. A total of 5 patients (3 males and 2 females) with unilateral secondary nasal deformities received the customized implants in this study. All the implants closely matched the surface of the defects. During the 12- to 24-month follow-up period, all the patients reported satisfactory outcomes except for 1 patient where exposure of the implant was observed and had to be removed 3 months after the surgery. With high precision and matching degree, individualized implants designed by CAD and prepared with the RP technique can be used to overcome the limitations of ready-made materials and improve the accuracy of the surgical procedure in reconstructing the defected pyriform aperture.

The effects of Y-shaped conchal cartilage transplantation on the correction of nasal deformity secondary to cleft lip and its influence on mental health

Patients who undergo corrective surgery for cleft lip are known to be at risk for subsequently developing secondary nasal deformity. The aim of this study was to investigate the effects of Y-shaped conchal cartilage transplantation on the correction of nasal deformity secondary to cleft lip and its influence on mental health. Sixteen patients with nasal deformity secondary to cleft lip admitted to The First People's Hospital Xuzhou (Xuzhou, China) from February 2014 to February 2015 were selected for the study. Conchal cartilage was taken from the patients and made into a Y-shaped stent, which was then transplanted into the nasal columella. The surgical outcomes and patient satisfaction were evaluated and HADS was used to compare the preoperative and postoperative mental health. After the affected side of the nose was corrected, the nasal profiles of 12 patients were significantly improved, the height of nasal columella and nostril was significantly increased, the nasal base and breadth were significantly shorter than those before operation and the nose wing-nasal breadth index on the affected side was significantly increased compared to that before operation and the differences were statistically significant (P<0.05). The satisfaction of each index after the operation was more than 90%. The mental health of patients after operation was notably improved compared to before operation and the difference was statistically significant (P<0.05). After the correction of secondary nasal deformity to cleft lip through Y-shaped conchal cartilage transplantation, the shape of the nasal tip was stable without the recurrence of deformities or distortion on the donor site of the auricle. Y-shaped conchal cartilage transplantation is an ideal treatment method for the moderate and severe secondary nasal deformity to cleft lip and effective perioperative mental intervention can improve the patient's mental health status, an outcome that is worth popularizing in clinical applications.

Nasal Reconstruction and Repair of Secondary Nasal Deformities Following Treatment of Nasal Hemangiomas

Secondary nasal deformities and retardation of development due to treatment of nasal hemangioma during infancy are a challenge when it comes to nasal reconstruction. In order to evaluate nasal repair and reconstruction in these patients, the authors compared the ease and outcomes of using expanded forehead, nasolabial sulcus, and medial upper arm tube flaps. According to the deformities and patients' wishes, flaps were selected; using autogeneic rib cartilage, auricle cartilage, or silica gel as a scaffold or without framework; the inner lining were made by the residual scar tissue or the distal end of transferred flap. The esthetical and functional scores were recorded by the Nasal Appearance and Function Evaluation Questionnaire score to evaluate the effectiveness of the methods. From January 2010 to December 2015, 34 patients were included. Postoperative follow-up went for 12 to 36 months. The expanded forehead flap was used in 28 patients, the nasolabial sulcus flap in 5 patients, and the medial upper arm tube flap in 1 patient. Regarding framework, 20 patients used rib cartilage, 8 patients used auricle cartilage, 1 patient used silicone, and 5 patients did not use any framework. All patients reported the increasing nasal appearance and function evaluation. Repair of secondary nasal defects following treatment of hemangiomas in infants and young children using an expanded frontal flap and autogenous cartilage framework is a reliable method with great long-term esthetic results. The nasolabial sulcus flap is a relatively simple method, especially for patients with a unilateral nasal alar defect. Supporting structure is needed and appropriate overcorrection is necessary.

The "Anatomical Balance Correction" for Secondary Cleft Lip Nasal Deformities.

Secondary cleft lip nasal deformities corrective procedures are still a major concern for the maxillofacial surgeons.

Individualized surgical management of secondary rhinoplasty for cleft lip

?To explore the effectiveness of transplantation of engraved autologous costal cartilage for individualized surgical management in secondary rhinoplasty for cleft lip. ?Between September 2009 and January 2014, 350 patients with secondary nasal deformity of cleft lip were treated, including 160 males and 190 females with a mean age of 18.2 years (range, 16-56 years). Nasal deformity was caused by unilateral cleft lip in 200 cases and by bilateral cleft lip in 150 cases. The interval of lip repair and nasal deformity correction was 2-50 years (mean, 12 years). About a 2-6 cm cartilage was harvested from the 6th or 7th costal cartilage, and was engraved to the shape of "ge" in Chinese. The upper part was strengthened on both sides of the alar cartilage; the lower part was fastened to columella and nasal septum cartilages. The rest of cartilages was diced into 0.1 mm×0.1 mm×0.1 mm cubes. The columella incision was designed to "Z"-plasty, and was stretched to the nasion along alar edge. The engraved autologous costal cartilage was transplanted and fixed to the collapse of nostril. The cartilage cube was transplanted and filled into the collapse of nasal root to achieve the aesthetic effect of nasal augmentation. The effectiveness was evaluated according to the grade of secondary rhinoplasty for cleft lip by ZHANG Li et al. at 1, 6, and 12 months after operation. ?All incisions were primary healing. All patients were followed up 1-12 months (mean, 6 months). After rhinoplasty, the collapse of nostrils was lifted, and the shape and height of collapse of nostrils were symmetrical to normal side. The deflection of columella nasi was corrected. A beautiful shape of nose was achieved. The excellent and good rates were 98.6% at 1 month, 97.4% at 6 months, and 97.1% at 12 months after operation, showing no significant difference (χ2=0.545, P=0.761). ?The technique of transplantation of engraved autologous costal cartilage for individualized surgical management in secondary rhinoplasty for cleft lip can achieve excellent surgery effect.

Diced cartilage under perichondrial carpet with reinforcement (DCUP) technique for nasal dorsal augmentation

Background: Correction of the secondary cleft lip nasal deformity is a real challenge for the esthetic surgeons. Grafts are an integral part of modern rhinoplasty with costal cartilage being increasingly used in the secondary case. The use of costal cartilage is fraught with problems like visibility and warping. Introduction: We propose an innovative alternative technique, Diced Cartilage Under perichondrial carpet with reinforcement (DCUP) technique keeping in mind, the Indian noses which usually do not support the liquid (filler) or semisolid (diced cartilage in fascia [DCF]) augmentation due to thick skin and weak structural support. Aims and Objective: To introduce a technique which can provide both a softer and natural looking dorsum and a strong framework to withstand the stress of healing forces in early postoperative period. Materials and Methods: Over the past 3 years we have used this technique in 25 patients with primary as well as secondary rhinoplasties including posttraumatic and secondary cleft lip nose deformity. Postoperative follow-up was done with clinical examination and photography. Results: In our study, a total of 25 patients were operated, there were 9 males and 16 females, giving a male:female ratio of about 1:2. Mean follow-up was 18 months. All patients had rounded, well contoured, and smooth dorsum. There was no incidence of fracture, warping, visibility or extrusion of graft, or palpable or visible sutures. Conclusion: Proposed technique of Diced Cartilage Under Perichondrial carpet with reinforcement (DCUP) technique is a very good alternative especially in Indian setting to keep the good effects of DCF that is, smoother, softer, and natural looking dorsum and also able to withstand postoperative contracting forces owing to its stable base of costal cartilage graft.

3-dimensional anthropometric of outcomes following treatment of unilateral cleft secondary nasal deformity

3-dimensional anthropometric of outcomes following treatment of unilateral cleft secondary nasal deformity

Application of asymmetric butterfly incision combined with vestibular V-Y advance flap in repairing unilateral secondary cleft lip nasal deformity

To explore a new surgical method and its effect in repairing secondary nasal deformity of unilateral cleft lip. Sixty-two patients with secondary unilateral lip and nasal deformity were treated with asymmetric butterfly incision combined with vestibular V-Y advance flap, and the subjective and objective indicators after operation were observed. All incisions healed with primary healing and all cases were followed up for 3-12 months. Fifty-eight cases got symmetric nostril and alar, the sum of absolute value of the nostril differences between both sides < 3 mm. Two cases got symmetric nostril and alar, but the sum of absolute value of the nostril differences between both sides was 3.5 mm and 4.2 mm respectively. The alar relapsed again in 2 cases and the results were not satisfied, the sum of absolute value of the nostril differences between both sides > 5 mm. The method of using the asymmetric butterfly incision combined with vestibular V-Y mucosa flap can reset the skin,cartilages and mucosa to the anatomic position effectively.

Namaste (counterbalancing) technique: Overcoming warping in costal cartilage.

Background:Indian noses are broader and lack projection as compared to other populations, hence very often need augmentation, that too by large volume. Costal cartilage remains the material of choice in large volume augmentations and repair of complex primary and secondary nasal deformities. One major disadvantage of costal cartilage grafts (CCG) which offsets all other advantages is the tendency to warp and become distorted over a period of time. We propose a simple technique to overcome this menace of warping.Materials and Methods:We present the data of 51 patients of rhinoplasty done using CCG with counterbalancing technique over a period of 4 years.Results:No evidence of warping was found in any patient up to a maximum follow-up period of 4 years.Conclusion:Counterbalancing is a useful technique to overcome the problem of warping. It gives liberty to utilize even unbalanced cartilage safely to provide desired shape and use the cartilage without any wastage.

Objective Measurements for Grading the Nasal Esthetics on Basal View in Individuals with Secondary Cleft Nasal Deformity

The purpose of this study is to ascertain objective nasal measurements from the basal view that are predictive of nasal esthetics in individuals with secondary cleft nasal deformity. Thirty-three patients who had undergone unilateral cleft lip repair were retrospectively reviewed in this study. The degree of nasal deformity was subjectively ranked by seven surgeons using standardized basal-view measurements. Nine physical objective parameters including angles and ratios were measured. Correlations and regressions between these objective and subjective measurements were then analyzed. There was high concordance in subjective measurements by different surgeons (Kendall's harmonious coefficient = W = .825, P = .006). The strongest predictive factors for nasal aesthetics were the ratio of length of nasal alar (r = .370, P = .034) and the degree of deviation of the columnar axis (r = .451, P = .008). The columellar angle had a more powerful effect in rating nasal esthetics. There was reliable concordance in subjective ranking of nasal esthetics by surgeons. Measurement of the columnar angle may serve as an independent, objective predictor of esthetics of the nose.

Late presenting nasal deformities after nasal continuous positive airway pressure injury: 33-year experience

This study was designed to characterize the resultant nasal deformities seen in adolescent and adult patients who sustained nasal continuous positive airway pressure (nCPAP) injuries during their NICU admission. Data from patients who sustained nCPAP injury in the NICU and seen for plastic surgery evaluation at one institution over the past 33 years was collected. Exclusion criteria were patients with additional nasal trauma after nCPAP injury. A retrospective review was performed, including demographics, time of initial injury, surgical timing, associated medical history, nasal function and photographs. Deformities were characterized according to aesthetic nasal subunit location and secondary nasal deformities. Outcome measures included the need and type of surgical correction, presence of airway obstruction, and surgical complications. 11 patients were included; the average age was 13.9±4.6 years. The average gestational age was 26.5±1.6 weeks. All of the nasal deformities included the inferior third of nose. The nasal soft triangle and columella were the most common subunits affected. Three patients had combined deformities with involvement of at least two nasal subunits. All injuries resulted in secondary nasal deformities, including nostril asymmetry, columellar asymmetry, nasal tip deviation, lack of projection and nasal airway obstruction. All patients required at least two operative interventions for treatment. Mean age of initial reconstruction was 7.2 years. Despite surgical intervention, secondary deformities and nasal airway obstruction was still present. Late presenting nCPAP injury deformities most commonly affect the lower third of the nose and can result in a myriad of secondary nasal deformities. The nasal soft triangle and columella were the most commonly involved subunits. Secondary deformities involved the nasal aesthetic subunits adjacent to the primarily affected areas, resulting in asymmetry as well as nasal airway obstruction. Most patients required staged open nasal reconstruction with composite grafts.

Microfat Grafting in Nasal Surgery.

Injectable fillers are sometimes necessary to correct slight skin irregularities. However, there have been reports of necrosis after injection of alloplastic materials and heterogeneous transplants. On the other hand, the advantages of autogenous tissue grafts over those fillers are well established. Volumetric reshaping of the face with autologous tissue injection is a popular and reliable method with good long-term results. However, procedures performed on the fragile skin of the nose are prone to complications. The author conducted a study of injectable autologous microfat grafting to the nose in patients with secondary nasal deformities. During a 5-year period, 313 patients who had secondary nasal deformities with slight skin irregularities or severe nasal skin damage were treated with microfat grafting. At each patient's first injection session, excess harvested fat was cryopreserved for subsequent injection. To correct minor irregularities, 0.3 to 0.8 mL of microfat was injected during each session; for major irregularities or defects, 1 to 6 mL was required for each session. One to 3 injections of microfat provided satisfactory results in all patients who had minor irregularities. For patients with multiple and severe irregularities, 3 to 6 injections were necessary and resulted in high patient satisfaction. In another group of patients, with severe traumatic skin damage, 6 to 16 injections were necessary for reconstruction. After repeated injections, each patient's skin damage was repaired. Autologous microfat injection appears to be safe and effective for correcting slight irregularities of the nose. 4.

Anthropometric Analysis of the Maxillary Bone and the Alar Base in Unilateral Cleft Lip with Secondary Nasal Deformity: Classification of a Piriform Margin Bony Depression

This study was conducted to measure the soft tissue of the alar base and the piriform aperture area of the maxillary bone of unilateral cleft lips with secondary nasal deformities when secondary operation are necessary to classify the alar base depression and to provide a clinical reference for the second surgery. Twenty-six patients with unilateral cleft lip with secondary nasal deformity were treated at the Department of Oral and Maxillofacial Surgery, School of Stomatology, China Medial University. Nose data were attained preoperatively and postoperatively. Correlations were made between the soft tissue and the bony depression and patient satisfaction with the nasi basis. Classifications were then made based on these data. When the distance discrepancy of the bilateral piriform aperture depression was less than 4.5 mm, we obtained a fine appearance for the nose by repairing only the soft tissues. When it was more than 5 mm, we had to combine repair of the soft tissue with a bone graft or the restitution of the alveolar cleft. When the distance was between 4.5 mm and 5 mm, the surgeon considered both the wishes of the patient and the clinic's standard procedure. For patients with cleft lips and palates, the bony depression was not the only factor that resulted in postoperative alar depression. Anthropometry of the nose prior to surgery was important for choosing the methods that would yield satisfactory results.

Measurement and Evaluation of the Alar Base in Unilateral Secondary Lip Nasal Deformities by Three-Dimensional Computed Tomography

Objective : This study aimed to analyze the asymmetry of the pyriform aperture and alar base in patients with unilateral secondary nasal deformities by three-dimensional computed tomography (3D-CT). Methods : 3D-CT images of the subject group of 101 adult patients and of a control group of 65 normal adults were examined. Sixty-nine patients without alveolar bone grafting (ABG) were classified as Group A, and 32 patients with ABG were classified as Group B. Seven landmarks (INM, LPA, IPA, Gbase, Gsup, Glat, and Sbal) were measured for both the subject and control groups, and comparative analyses were done to assess the degree of asymmetry in the subject group. Results : For over 95% of Group A and 80% to 85% of Group B, the index of LPA and IPA showed asymmetry or marked asymmetry. The index of Gbase, Glat, Gsup, and Sbal showed symmetry for around 50% of Group A and about 60% of Group B. In Group A, dorsal, lateral, and caudal translocation was found on the cleft side in LPA and IPA, while all soft landmarks showed dorsal translocation. In Group B, caudal translocation was found in both LPA and IPA, but only LPA appeared dorsal on the cleft side, while Glat showed dorsal and caudal translocation. Conclusion : The results indicated that the degree of asymmetry of hard tissue landmarks far exceeded that of the soft tissue landmarks, and the degree of asymmetry of pyriform aperture was higher than expected for patients after ABG.

Autologous nasal septal cartilage combined with expanded-polytetrafluoroethylene in the secondary nasal deformity correction surgery of postoperative cleft lip

Objective To correct the nasal deformities of cleft lip by expanded-polytetrafluoroe thylene (e-PTFE) combined with autologous nasal septal cartilage.Methods e-PTFE was placed nearby verge of anterior nasal aperture to raise the fundament of nose.Autologous nasal septal cartilage was harvested and combined with e-PTFE to form a sandwich structure.Nasal tip and collapsed nasaI alar were repaired by this method.Results Fifty cases were treated by this method and 42 cases were followed up for about one year.The results were satisfying.The contour of the nose was similar to normal.Only 3 cases were relapsed after one year.Conclusions e-PTFE combined with autologous nasal septal cartilage is an ideal method to correct nasal deformities of cleft lip. Key words: Unilateral cleft lip; Nasal deformity; Expanded-polytetrafluoroethylene (e-PTFE); Nasal septal cartilage

Correction of secondary nasal deformity of cleft lip with autogenous costal cartilage framework

To investigate the correction of secondary nasal deformity of cleft lip with autogenous costal cartilage framework. 237 cases with secondary nasal deformity of unilateral cleft lip were treated. The rib cartilage was harvested through a mini-invasive incision, and was fabricated as a C-shaped framework, as well as some cartilage fragments. Through transcolumella incision, the C-shaped framework was implanted to support the depressed alar and the cartilage fragments were used to augment the nasal base. Satisfactory cosmetic and functional results were achieved in all the patients with primary healing. 93 patients were followed up one year after operation with good cosmetic results. Autogenous costal cartilage framework can be used for the correction of secondary nasal deformity of cleft lip with satisfactory results.

Application of autologous costicartilage trestle in correction of secondary cleft lip nasal deformity

Objective To use autologous costicartilage trestle to correct secondary cleft lip nasal deformity,in order to obtain a nice nose.Methods A total of 64 patients were treated,including 51 unilateral and 13 bilateral cleft lip,aged 16 to 38 years,with the average of 21 years.The deformity included cripetura columellar,flattened nasal tip,anisopleural nostril and caved nosewing.The carven costicartilage was embedded into bilateral nasal septum to form a new trestle for remodelling the shape of nose and nasal tip.Results The follow-up time was 3 months to 2 years,showing that all patients were satisfied with the outline of external nose,without infection and costicartilage revealed.Conclusions The autologous costicartilage is easy to collect without rejection reaction,and therefore it can be used in correcting secondary cleft lip nasal deformity with fair improvement of nasal outline,especially in nasal tip height. Key words: Cleft lip; Nasal deformity; Autologous costicartilage trestle

Revision of the Cleft Lip Nose

Secondary or revision rhinoplasty for the cleft nasal deformity represents one of the most challenging problems in rhinoplasty surgery. The secondary nasal deformity of the unilateral cleft lip involves a retrodisplaced dome of the ipsilateral nasal tip, hooding of the alar rim, a secondary alar-columellar web, and other deficiencies. This article discusses techniques to achieve the best possible outcome for patients with cleft nasal deformities. We emphasize the importance of early intervention by way of primary cleft rhinoplasty and highlight the typical challenges presented in delayed (secondary) or revision cleft rhinoplasty. We describe how the sliding flap cheilorhinoplasty effectively corrects these deformities using a laterally based chondrocutaneous flap via an open rhinoplasty approach. Columellar struts and shield grafts are some of the techniques combined with this approach to produce optimal results.

Measurement and Evaluation of Alar Base in Unilateral Secondary Lip Nasal Deformities by Three-dimensional Computed Tomography

Measurement and Evaluation of Alar Base in Unilateral Secondary Lip Nasal Deformities by Three-dimensional Computed Tomography

Classification and surgical management of secondary nasal deformity of unilateral cleft lip

To investigate the classification of alar base depression, so as to provide the reference for the surgical management of secondary nasal deformity of unilateral cleft lip. From Jul. 2008 to Feb. 2009, 26 cases with secondary deformity of unilateral cleft lip were treated. All the patients underwent 3-dimensional CT for maxillary measurement. The nasal soft tissue measurement was performed pre- and post-operatively. The relationship between the maxillary and soft tissue at alar base was analyzed. The nasal deformity was classified. The location of alar base was not related to the form of piriform aperture, but the bony defect at the alar base was correlated to the patient satisfactory. The nasal deformity was graded as I when the depression at alar base was less than 4.5 mm in depth, as II when it was 4.5-5.0 mm in depth, and as III when it was more than 5 mm in depth. The deformity could be corrected with only soft tissue plasty for grade I, with soft tissue plasty or artificial implants for grade II, with combined bone autograft or alveolar cleft repair for grade III. The depression at maxillary does not necessarily result in alar base depression. The alar base can be adjust to proper position through operation. The operation should be designed based on the preoperative nasal measurement.