Severe Nasal Deformity Research Articles

Nonsurgical Rhinoplasty after Rhinoplasty: A Systematic Review of the Technique, Results, and Complications.

Introduction: Surgical rhinoplasty is a complex procedure with a high revision rate. Nonsurgical rhinoplasty (NSR) could avoid secondary rhinoplasty allowing the correction of postsurgical defects. A systematic review has been performed among adult patients who had previously undergone surgical rhinoplasty and now presenting for NSR with filler, demonstrated most common indications, fillers, and complications in this technique. Materials and Methods: A systematic review was performed according to the PRISMA (Preferred Reporting Items for Systematic Reviews and Meta-Analyses) system guidelines. Primary outcomes included indications for NSR in patients with prior rhinoplasty and complication rate. Secondary outcomes included filler material and degree of patient satisfaction. Results: Twenty articles met the inclusion criteria, obtaining 2,048 patients analyzed in the review. Hyaluronic acid was the most used filler, found in 67% of patients. Indications were highly variable, considering deformities of the middle third of the nose the most remarkable. A high degree of satisfaction was found in the analyzed studies and the rate of major complications was low. Discussion and Conclusions: NSR in patients with prior rhinoplasty is a useful option for correcting a range from subtle aesthetic defects to severe nasal deformities. However, this technique is not exempt from complications, since an increased risk of skin necrosis has been observed.

Lateral Nasal Artery Perforator Flap for Nasal Reconstruction: Clinical Applications and Risk Factors Associated With Nasal Deformities.

Nasal reconstruction is challenging because of the difficulty in balancing superior aesthetic outcomes and less invasive surgery. The use of the lateral nasal artery (LNA) perforator flap has been reported for nasal reconstruction. However, few reports have described appropriate applications of nasal reconstruction and assessments of nasal deformity. This study aimed to quantify the aesthetic outcomes on using this flap and reveal the risk factors associated with nasal deformities. Twenty patients underwent nasal reconstruction using the LNA flap with a cranial perforator adjacent to the nasal defect. Postoperative protuberant deformities were scored by 2 independent plastic surgeons using a 5-point Likert scale and classified as excellent, good, or poor. The risk factors of deformities were identified using univariate analyses. A nasal alar deviation index was developed to analyze correlations with flap harvesting. The sensory function was assessed by the Semmes-Weinstein test. Flaps survived in 19 patients (95%), and 1 flap showed distal necrosis. All arterial perforators used remained within 5 mm lateral to the boundary between the cheek and nasal ala. The flaps were most often used to cover 2 subunits, including the nasal sidewall defects. Protuberant deformities in 6 (30%), 8 (40%), and 6 (30%) patients were classified as excellent, good, and poor, respectively. Nasal defects involving more than 3 subunits caused severe protuberant deformity. Only 2 patients (5%) in the good and fair groups underwent additional debulking surgery. Nasal alar deviation was not significantly correlated with flap harvesting, when the nasal alar deviation index before and after surgery were compared. Sensory function was retained in all patients. Aesthetic outcomes and sensory function were good on using the LNA perforator flap as a propeller flap having a wide arc of rotation. This flap is suitable for nasal reconstruction involving less than 2 nasal subunits without any severe nasal alar deviation deformity. In addition, this flap allows for better outcomes because it requires less invasive 1-stage surgery.

Reconstruction of Severe Nasal Deformity Following an Infantile Hemangioma

Reconstruction of Severe Nasal Deformity Following an Infantile Hemangioma

Correction of Severe Secondary Cleft Lip Nasal Deformity.

The lower lateral cartilages (LLCs) are key elements for alar and tip support. Repositioning of both LLCs is an effective procedure for correcting a laterally spreading dome of LLCs and drooping nasal tip in cleft lip nasal deformity (CLND). The alar contour graft has become an essential component of rhinoplasty for correcting the concave or collapsed and retracted alar. Herein, onlay cartilage graft was combined with nasal tip plasty to correct hypoplastic cleft lateral crus or alar rim retraction, and with columella strut to obtain better aesthetic outcomes in patients with severe CLND. Seven patients with severe secondary unilateral CLND, including hypoplastic cleft lateral crus or alar rim retraction, underwent rhinoplasty from October 2013 to April 2020. Both LLCs were isolated and repositioned approximated medially using tip suture technique combined with columella strut. A septal cartilage onlay graft was applied on the hypoplastic cleft lateral crus. Cartilage graft on the nasal tip was performed to further project and enhance the nasal tip. Photogrammetric evaluation of the operated patients and statistical analysis of the obtained data were performed. The average age at operation was 23.5 (range: 17-36) years. The follow-up period was 6-36 (mean, 14.3) months. All patients were enrolled by photogrammetric evaluation. Height of the medial nostril and short axis of the nostril on the cleft side were increased with a statistical significance of P < 0.05, indicating that depressed ala on the cleft side, which is a feature of CLND, was corrected similar to that of the noncleft side. The alar contour cartilage graft, as an effective adjunctive technique, improves the alar margin, prevents the alar rim from collapsing, and provides supports to the cleft-side alar rim. It can be a prophylactic measure to prevent postoperative retraction in patients with weakened LLCs. Lower lateral cartilage repositioning, columellar strut, and nasal tip plasty are useful for correcting severe secondary unilateral CLND.

The Unilateral Cleft Lip Nasal Deformity: Revisions within 20 Years after Primary Correction.

As patients grow older, the unilateral cleft lip nasal deformity becomes more noticeable than the repaired lip. The authors assessed nasal revisions over 20 years of the senior author's management of unilateral complete cleft lip. One hundred patients who underwent primary two-stage nasolabial correction of unilateral complete cleft lip between 1991 and 2001 were reviewed. The median patient age was 21 years at the time of analysis. Only 13 percent of patients did not require nasal revision after primary nasolabial repair. One to two nasal revisions were undertaken in 65 percent of patients. The extent of nasal maneuvers during primary labial repair was associated with the number of revisions. Recently treated patients had fewer revisions. Female patients were more likely to undergo several revisions. Of patients who had semiopen suspension sutures at primary repair, 61 percent had this maneuver repeated two or more times. In contrast, patients who had closed suspension sutures at primary repair underwent more nasal revisions and later required more nasal maneuvers. Nasal revision before skeletal maturity was significantly associated with another nasal revision after completion of skeletal growth. Twenty-seven percent of patients eventually required an aesthetic or functional rhinoplasty in adulthood. Patients with a severe initial nasal deformity require multiple revisions. Semiopen suspension sutures are associated with fewer revisions. Revision of the nasal cartilages or alar base can often be performed in the intermediate phase, in combination with other operations. Therapeutic, IV.

Commentary on: The Effectiveness of Skeletal Reconstruction in Severe Post-Rhinoplasty Nasal Deformity.

Commentary on: The Effectiveness of Skeletal Reconstruction in Severe Post-Rhinoplasty Nasal Deformity.

Versatile Approach to Septonasal Deformity: Skyscraper Construction Based on an Old Relic.

Severely deformed noses usually harbor a combination of both bony pyramid and septal deformities. In this retrospective study, the authors aimed to evaluate our results of repair in patients with severe nasal deformities and importance of a versatile approach in these cases. A total of 32 cases with congenital or acquired (traumas or surgeries) severe nasal deformity were included in this retrospective study. Gender, age, etiology, reconstruction methods, complications, and results were recorded. Preoperative and postoperative pictures were compared; additionally, patients' reviews on the esthetic and functional outcomes were noted. Open approach, weak L-strut template preparation attached to a strong keystone skeleton and reconstruction with a stable L- or T-strut on this template were carried out in all cases. In addition, glabellar flaps were used in 2 cases to restore the contracted skin envelope and wide-angle L-shape cartilage grafts in 7 cases for extensive alar cartilage reconstruction. Favorable esthetic and functional results were obtained in most of the patients. The postoperative problems were recorded as intranasal synechiae; costochondral graft displacement; residual external deviation; nostril asymmetry; residual alar, columellar and tip problems; and prolonged edema. Sufficient sizes and amounts of skin, mucosa, cartilage, and bone tissue must be available to plan versatile repair using flaps and grafts according to the needs of each patient. Preserved stability of the keylock area is substantial. The authors advocate construction of a new structure based on the native weakened skeleton free from the extrinsic and intrinsic forces is an effective method.EBM LEVEL 4.

The Effectiveness of Skeletal Reconstruction in Severe Post-Rhinoplasty Nasal Deformity.

Revision rhinoplasty in patients with multiple prior surgeries is among the most challenging procedures in facial plastic surgery. Evaluating patient satisfaction in this unique patient population is important in determining which technique is effective. The aim of this study was to determine the outcomes of total nasal skeletal reconstruction in patients with severe post-rhinoplasty deformity due to multiple previous revision surgeries. A retrospective medical record analysis of ambulatory surgery and hospital databases was performed relating to rhinoplasty patients between April 2014 and December 2018. Patient demographics, surgical technique, and functional and aesthetic outcome assessment data were retrieved. Patients' functional satisfaction was measured with the Nasal Obstruction Symptom Evaluation (NOSE) instrument, and the Rhinoplasty Outcome Evaluation (ROE) instrument was used to evaluate cosmetic results. A total of 253 revision rhinoplasties were extracted. Of these, 25 patients were revision cases with total skeletal reconstruction. The patients had undergone a mean of 3.2 previous rhinoplasties. Mean [standard deviation] preoperative ROE and NOSE scores were 6.36 [3.69] and 80.33 [12.02], respectively. Septum, tip, dorsum, and side walls were reconstructed in all cases. The mean postoperative ROE and NOSE scores after 1 year were 17.27 [4.67] and 53.33 [19.80], respectively, which represented a statistically significant improvement (P < 0.001). Having the knowledge and experience to perform total nasal skeletal reconstruction by rebuilding an unsalvageable nose leads to long-standing satisfactory functional and aesthetic results.

Nasal Tip Deformities After Primary Rhinoplasty.

Nasal tip deformities after primary rhinoplasty may occur, including the formation of bossae, a pinched nasal tip, and nasal tip ischemia. Because of the central location in the midface, even minimal nasal tip deformities (small bossa) may be noticed and upsetting to the patient. This is in addition to more severe nasal tip deformities, including nasal tip ischemia, that are easily visible to any viewer. Prevention, early recognition, and, depending on the case, intervention are critical in minimizing these complications. If complications do occur, regular communication with the patient and follow-up are crucial.

Extracorporeal septorhinoplasty: Technical note

Severe nasal septal deformities can be responsible for functional and aesthetic impairments. Correction of these deformities can be difficult and restoring perfect nasal shape and function is still challenging. Classical techniques can, sometimes, lead to disappointing results or relapse. In this article, the aim was to describe the different techniques of extracorporeal septorhinoplasty and fixation of the neoseptum. Three techniques are mainly used: “crisscross” suture, “U-shaped” suture and anterior septal reconstruction to fix the neoseptum after extracorporeal remodeling. All these techniques are technically demanding, especially concerning keystone area management; but, if well performed, could give satisfactory functional and aesthetic outcomes. We therefore think that extracorporeal septorhinoplasty should really improve our results concerning functional and aesthetic aspects in case of severe anterior or caudal septum deviation.

Application of autologous cartilage in rhinoplasty for patients with traumatic nasal contraction and nasal dysfunction

Objective: To explore the application and effect of autologous cartilage in rhinoplasty for patients with traumatic hernia and nasal dysfunction. Methods: From January 2017 to April 2019,30 patients with nasal trauma admitted to Department of Otorhinolaryngology Head and Neck Surgery, Daping Hospital, Army Medical University were treated for 6 days to 14 years. All patients were accompanied by different degrees of nasal deformity and nasal ventilatory disorders. They were classified into three categories: light, medium and heavy. All of them were open at the same time. Rhinoplasty and nasal septum deviation correction. For mild to moderate nasal deformity and nasal ventilatory disorders, ear cartilage was used to modify the tip of the nose and strengthen the nasal septal cartilage support to modify the deformity of the nasal back. For severe nasal deformity and nasal ventilatory disorders, we engraved the costal cartilage into a "Y" shaped monolithic stent or flank costal cartilage to form a 2+1 or 4+1 stent, and the costal cartilage stent and the septal cartilage tail end were sutured. Reshape the nasal septum frame support and the nasal column to avoid collapse of the nose. Results: Three patients had a septal hematoma after operation and recovered normally after cleansing. All patients were followed up for 2 months to 2 years, and no complications such as nasal septum perforation and nasal bridge collapse occurred. The postoperative cure rate was 60.0% (18/30). All patients had a grade I nasal drop after surgery, and the effective rate was 100% (30/30). The patient's preoperative measurement deviation was (6.85±2.43) mm, the postoperative measurement deviation was (2.4±1.58) mm, the preoperative nasal appearance VAS score was (1.93±1.31), and the postoperative nasal appearance VAS score was (6.60±1.16), the difference in facial appearance deviation and VAS score before and after surgery was statistically significant (P<0.05). All patients had improved nasal ventilation after operation. The preoperative nasal ventilation VAS score was (1.97±1.07), the postoperative nasal ventilation VAS score was (6.53±1.04), and the difference between preoperative and postoperative nasal ventilation VAS scores was statistically significant (P<0.05). Conclusions: Autologous cartilage is effective in rhinoplasty in patients with traumatic nasal contraction and nasal dysfunction. One stage open rhinoplasty and nasal septum deviation surgery are performed to shorten the treatment time and improve the nasal appearance and nasal ventilation function. The patients got satisfaction.

EFFECTIVENESS OF AUTOLOGOUS COSTAL CARTILAGE GRAFT IN AUGMENTATION RHINOPLASTY

Rhinoplasty is the most demanding aesthetic procedure that is currently shifted from ablative to conservative surgical procedures, one of these procedures is using cartilage grafts for correction and augmentation of congenital and acquired nasal deformities. The Autologous costal cartilage graft (ACCG) is a good choice for reconstruction of these deformities because its ample amount and good strength. The aim of this study is to assess the outcome of using autologous costal cartilage graft in augmentation rhinoplasty in severe congenital and acquired nasal deformities. This is a prospective study of 10 patients aged between 16-45 years (7 females and 3 males) in form of 4 cases of saddle nose, 3 cases of cleft lip nasal deformity, two cases of post-traumatic severely deviated nose, and one case of African nose. Patients underwent augmentation rhinoplasty by ACCG, from July 2018-June 2019. The follow-up period was 6-12 months concentrating on preoperative and postoperative structural and functional evaluation. The outcome of augmentation rhinoplasty by ACCG was evaluated by 2 independent surgeons and the results were accepted by both surgeons and patients in 9 out of 10 cases (apart from one case that she had infection of the graft) with donor site complication rates near to the related studies. In conclusion, ACCG is one of the best choices for severe nasal deformities that need ample amount of cartilage for structural and functional support and good aesthetic outcome with low complication rate. Keywords: Autologus graft, Costal cartilage, Surgery, Rhinoplasty, Augmentation.

Treatment of iatrogenic contracture nasal deformity

Objective To explore the method and clinical effects of treatment for correcting severe contracture nasal deformity after rhinoplasty. Methods Totally 19 patients with severe contracture nasal deformity after rhinoplasty were treated with a new procedure in our hospital since March 2014. The soft tissue was treated with manual traction preoperatively to improve nasal skin and mucosa extensibility and flexibility. The costicartilage was taken as structure transplantation to build the nasal support structure. Results This group of patients were followed up for 5-27 months, contracture of nasal deformity was corrected and the shape of the nose was improved with no obvious contracture deformation. Conclusions Nasal shape is improved by nasal scaffold and coated tissue. It is a simple and feasible method to modify the condition of soft tissue by manual traction and autogenous costicartilage support reconstruction to ensure the long-term efficacy of backing; two combination therapy for correction of iatrogenic contracture nasal deformity can achieve better long-term nasal prolonged postoperative effect, which is suitable for clinical promotion. Key words: Iatrogenic contracture nasal deformity; Manual traction; Costicartilage structure transplantation; Augmentation rhinoplasty; Nasal elongation

Association between three-dimensional measurements of the unilateral cleft lip nasal deformity and maxillary alveolar morphology: A retrospective study

It is debatable whether rhinoplasty is necessary during a primary operation for cleft lip. However, many surgeons believe that rhinoplasty should be performed simultaneously for severe deformities. We investigated whether alveolar cleft severity is involved in nasal deformity. Forty-three patients were assessed for alveolar cleft severity using maxillary plaster models prepared during primary cheiloplasty. We conducted morphological assessments of nasal deformities using three-dimensional photogrammetry. Patients were divided into two groups according to alveolar cleft severity: group A, overlap of the alveolar segments; group B, nonoverlap of the alveolar segments. Nasal asymmetry was assessed by measuring distances between landmarks around the nostrils and the columellar angle. These measurements were compared between the groups. The correlations between the columellar angle and the ratios of the five cleft side/non-cleft side distances and the correlation of each ratio were analyzed. Groups A and B included 21 and 22 patients, respectively. Group A demonstrated superior deviation of the alar base on the non-cleft side than that of the alar base on the cleft side (p<0.05). No other statistically significant differences were observed. Group A had more severe nasal deformity. Columellar angle and nostril base width demonstrated correlation. In an uncorrected, unoperated unilateral cleft lip nasal deformity, alar base deformity is affected by deformity of the alveolar segments.

Reconstruction of Severe Nasal Septum Deformity.

Reconstruction of Severe Nasal Septum Deformity.

The Use of Allogeneic Cartilage for Grafting in Functional and Reconstructive Rhinoplasty

Allogeneic cartilage grafting has multiple uses in rhinoplasty. Autogenous cartilage is frequently used in cases of nasal obstruction or reconstruction, but harvesting grafts can cause complications or might be contraindicated. Rhinoplasties on the patient with a cleft might require costochondral grafts. Allogeneic rib is an effective and safe alternative to autogenous grafts, prevents complications, and obviates postoperative admission after rib harvest. Patients who had allogeneic cartilage placed during functional or reconstructive rhinoplasty were studied from 2 institutions, including 19 who had functional rhinoplasty using allogeneic Cartiform patellar cartilage grafts and 15 patients who underwent reconstructive cleft rhinoplasty with allogeneic rib cartilage. Postoperative follow-up was at least 6months, and graft handling characteristics and improvement in breathing were assessed. Internal and external nasal valve (INV and ENV, respectively) patencies were evaluated in patients who received the Cartiform grafts, and cosmetic outcomes were rated for patients with reconstructed clefts. The average age of patients who underwent functional rhinoplasty was 57.3 years, and all were men with compromised nasal breathing. Cartiform cartilage was used to repair INV or ENV collapse. Postoperatively, all patients had patent INVs and ENVs and reported improved nasal breathing. Patients who received the rib allograft had an average age of 18years and 40% were male; all had severe nasal deformities secondary to cleft or craniofacial conditions. Patients rated their preoperative nasal breathing as 4 of 10 on average and cosmetic appearance as 3 of 10; postoperatively, these were rated as 9 of 10. Complications were not noted, except for 1 superficial infection (unrelated to the graft) and 1 hypertrophic scar. There were no postoperative admissions. The mechanical and handling properties of the Cartiform and allogeneic rib were appropriate. Allogeneic cartilage is an acceptable alternative to autologous cartilage in functional and reconstructive rhinoplasty.

Monobloc Reconstruction of Dome, Medial Crura, and Columella with Gamma-Shaped Costal Cartilage Graft.

In severe nasal deformities, the original cartilages are removed, or they become unusable because of previous operations. Costal cartilage (CC) is one of the most important tools for the replacement of deficient nasal osteocartilaginous framework. In 4 secondary and 1 tertiary rhinoplasty cases with severe deformities of medial and lateral crura of the lower lateral cartilages, we have prepared a long strut graft from a CC and then split the graft tip 5-6 mm vertically into 2 equal halves to create a gamma (ϒ)-shaped strut graft. We have sutured the base of this graft to the nasal spine and/or the bases of the medial crural remnants. Then, we have prepared lateral crural grafts and secured the grafts over lateral crural remnants. Then we curved the split tip winglets of the ϒ-shaped strut graft to both sides and sutured them to lateral crural grafts in order to create a new dome. Splitting of the CC strut graft reduces the need for extensive suturing at the tip, obtains smoother contours and ensures graft economy, and provides an original and stable dome shape. The bending capacity of the CC is limited in middle-aged patients. Costal allografts from a young cadaver can be a good alternative. ϒ-shaped costal crural graft is useful for medial crural and domal monobloc reconstruction in secondary and tertiary cases.

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.

Agricultural expansion as risk to endangered wildlife: Pesticide exposure in wild chimpanzees and baboons displaying facial dysplasia

Prenatal exposure to environmental endocrine disruptors can affect development and induce irreversible abnormalities in both humans and wildlife. The northern part of Kibale National Park, a mid-altitude rainforest in western Uganda, is largely surrounded by industrial tea plantations and wildlife using this area (Sebitoli) must cope with proximity to human populations and their activities. The chimpanzees and baboons in this area raid crops (primarily maize) in neighboring gardens. Sixteen young individuals of the 66 chimpanzees monitored (25%) exhibit abnormalities including reduced nostrils, cleft lip, limb deformities, reproductive problems and hypopigmentation. Each pathology could have a congenital component, potentially exacerbated by environmental factors. In addition, at least six of 35 photographed baboons from a Sebitoli troop (17%) have similar severe nasal deformities. Our inquiries in villages and tea factories near Sebitoli revealed use of eight pesticides (glyphosate, cypermethrin, profenofos, mancozeb, metalaxyl, dimethoate, chlorpyrifos and 2,4-D amine). Chemical analysis of samples collected from 2014 to 2016 showed that mean levels of pesticides in fresh maize stems and seeds, soils, and river sediments in the vicinity of the chimpanzee territory exceed recommended limits. Notably, excess levels were found for total DDT and its metabolite pp′-DDE and for chlorpyrifos in fresh maize seeds and in fish from Sebitoli. Imidacloprid was detected in coated maize seeds planted at the edge the forest and in fish samples from the Sebitoli area, while no pesticides were detected in fish from central park areas. Since some of these pesticides are thyroid hormone disruptors, we postulate that excessive pesticide use in the Sebitoli area may contribute to facial dysplasia in chimpanzees and baboons through this endocrine pathway. Chimpanzees are considered as endangered by IUCN and besides their intrinsic value and status as closely related to humans, they have major economic value in Uganda via ecotourism. Identifying and limiting potential threats to their survival such be a conservation priority.

Alveolar bone grafting with simultaneous cleft lip rhinoplasty

Optimal timing for cleft lip rhinoplasty is controversial. Definitive rhinoplasty is deferred until facial skeletal growth is completed. Intermediate rhinoplasty is performed after stabilization of the grafted alveolar bone, because the grafted bone tends to be absorbed over several months postoperatively, distorting the nasal profile. Here, we report our experience with simultaneous rhinoplasty during alveolar bone grafting for indicated patients, describe our surgical technique that ensures long-term bone graft survival, and report graft take rates and nasal profile changes. This retrospective chart review included a total of 54 patients; 44 underwent alveolar bone grafting only, and 10 underwent simultaneous cleft lip rhinoplasty. All surgeries were conducted with a judicious mucosal incision for tensionless wound closure. Bone graft take was evaluated with dental radiographs by the Bergland classification. Further, nasal aesthetic outcome was evaluated with medical photographs, based on nostril height and width and alar base width. In total, 96.3% of clefts showed graft success with Type I (66.7%) or Type II (27.8%) classifications; only 3.7% of clefts showed unfavorable results classified as Type III, and no clefts showed Type IV failure. The nasal shape was flatter with a decreased nostril height and increased nostril width after alveolar bone grafting, while nostril height was increased and nostril width was decreased in patients who underwent simultaneous rhinoplasty. With surgical techniques ensuring alveolar bone graft survival, simultaneous cleft lip rhinoplasty can result in nasal aesthetic improvement for patients with severe nasal deformities, decreasing the number of operations.