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Objective:To measure and analyze the morphological parameters of nasal septal cartilage obtained by rhinoplasty in Chinese, so as to provide theoretical guidance for clinical acquisition and application of nasal septal cartilage.Methods:From March 2014 to June 2021, 732 patients were received rhinoplasty in Myoung Beaucare Clinic of Beijing-Cosmetic Surgery. During the operation, 12 mm L-shaped nasal septal cartilage scaffold was obtained from nasal septal cartilage for transplantation. Measurement of the length, width, area, maximum thickness and minimum thickness of nasal septal cartilage was performed for further analysis.Results:For nasal septal cartilage obtained from comprehensive rhinoplasty, its length was 1.2 to 3.5 cm, with an average of 2.16 cm; the width was 1 to 3 cm, with an average of 1.84 cm; the area was 1.43 to 10.5 cm 2, with an average of 4.04 cm 2, with a maximum thickness of 0.5 to 3 mm, with an average of 1.92 mm and a minimum thickness of 0.2 to 0.5 mm, with an average of 0.92 mm. Conclusions:In the comprehensive rhinoplasty of nasal septal cartilage for Chinese, the 12 mm L-shaped nasal septal cartilage scaffold is retained, and the average length, width and area of nasal septal cartilage for transplantation are 2.16 cm, 1.84 cm, 4.04 cm 2, 1.92 mm and 0.92 mm respectively.
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Objective:To investigate the surgical method and clinical outcome of using nasal septal cartilage combined with auricular cartilage for management of nasal tip shape.Methods:A clinical study was conducted from April 2014 to June 2019, in which we managed nasal tip shape with nasal septal cartilage and auricular cartilage, and these materials were used as septal extension graft, spreader graft and cap graft. In total, 622 patients (28 males, 594 females; age from 18 to 42 years, mean age 27.47 years) were assessed for eligibility.Results:The follow-up period was from 6 months to 6 years. Nasal shape of all 622 patients was improved significantly after the operation. The nasal tip was natural and round, and there were no complications such as damage of nasal septum mucosa, exposure of prosthesis and infection of surgical site. Only 12 patients were found downward rotation of nasal tip, and 610 patients achieved satisfactory aesthetic results.Conclusions:Using septal cartilage combined with auricular cartilage is a safe, effective and suitable method for management of nasal tip shape.
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Objective To study the surgical method of comprehensive correction of secondary unilateral cleft lip nasal deformity using autologous cartilage and supported by septum cartilage and its outcomes.Methods Our surgery adopted an open approach,fully revealed the deformed alar cartilage and deviated nasal septum cartilage.Part of the nasal septum was removed and made it into various cartilage grafts to repair and reconstruct the columella,nasal tip,nasal alar and nasal dorsal by implanted in the corresponding positions.Results 18 patients with congenital unilateral cleft lip nasal deformity underwent the corrective and reconstructive surgery.The postoperative follow-up was 6-12 months,showing that the malformed nasal appearance came back to normal without obvious scar.The 18 patients did not have associated complications.Conclusions The surgery with a supplementary septal graft achieves good effect,the overall appearance of the malformed nose gets obvious changes,and therefore patients and their families are satisfied with the postoperative nasal shape.
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Costal cartilage, auricular cartilage and nasal septal cartilage are widely used in plastic operation. Costal cartilage is used in ear reconstruction and augmentation rhinoplasty, while the auricular cartilage and nasal septal cartilage are applied in the nasal plastic operation. The maintenance of postoperative form is closely related to the biomechanical characteristics of the cartilage. Meanwhile, ultrastructure, especially extracellular matrix, determines the mechanical properties of cartilage. This review mainly focuses on the biomechanical properties and ultrastracture of the cartilages and summarizes the basic data of different cartilages in biomechanical testing, including tissue engineered-auricular cartilage. However, the procedure of biomechanical testing on cartilages currently needs further standardization, and the use of the finite element method should be promoted, so as to offer a better clinical diagnosis and treatment.
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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.
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Objective To explore the application and efficacy of autogenous septal cartilage in the correction of cleft lip nasal deformity.Methods A total of 31 patients with secondary nasal deformity of cleft lip were involved in this study.After autologous nasal cartilage was released,the dislocation of nasal cartilage was corrected,nasal septum cartilage was used as substitute to raise the alar collapse,to reshape the nasal tip cartilage structure and correct the nasal deformity.Results Postoperative incision was primarily healing.For cartilage donor area there was no serious complications,and incision scar was concealed and unobvious; after 6 months to 2 years follow-up,there was no cartilage absorption deformation,the tip of the nose was flat,crack side nosewing collapses,and nasal columella skew was totally corrected,with stable rhinoplasty effects.Conclusions For secondary nasal deformity of cleft lip,the use of nasal septum cartilage to repair nose deformity can not only solve the cartilage source,but also give septal straightening and at the same time the correction effect of external nasal deformity is good.
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Objective To evaluate the role of autologous septal cartilage in the rhinoplasty of the wide and bulbous nasal tip. Methods A big piece of autologous nasal septal cartilage was removed and transplanted to the front of nasal septum, acting as a septal extender to fix the nasal alar cartilage,and then the shape of nasal tip was reconstructed by middle crus suture technique, excessive soft tissue under skin of tip and a part of lateral crura cartilage were removed to stand out the shape of the nasal tip. Results After one year follow-up, 118 of 126 cases achieved satisfied effects, but 8 cases dissatisfied because of their undue thick skin. Conclusions This method is reliable in the correction of the wide and bulbous nasal tip.
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Objective To evaluate the role of autologous septal cartilage in nasal tip augmentation.Methods Under local anesthesia,nasal tip was exposed using a"bird-wing"incision.The hypertrophic tissue at the nasal tip was removed.Nasal septal cartilage(2 cm × 1 cm)was harvested.The cartilage was used to augment the nasal tip and nasal alar cartilage.Meanwhile,the cartilage was inserted between the nasal alar cartilages to elevate the nasal tip.Results Among 15 cases,13 were followed after operation.The shape of nasal tip improved at different level.The results were satisfying.Conclusion Compared with other materials,the autologous septal cartilage is an ideal material for nasal tip augmentation without rejection effect.
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Objective: To study the relationship between the congenital cleft palate and development of the nasal capsule and nasal septum. Methods: 30 pairs of NMIR fetal mouse at the embryo age of 16～17 days were used.In each pair there was one euploid mouse without cleft palate and one trisomy 18 mouse with cleft palate.Sixty maxillae were precisely orientated in the coronal plane and serially sectioned at 7 ?m thickness. With the aid of computer imaging analysis system the width,height and area of the nasal capsule, nasal septum and cartilage of nasal septum were measured and compared quantitatively between the cleft group and non-cleft group. Results: The values of height and area of the nasal capsule, nasal septum and cartilage of nasal septum in cleft foetuses were smaller than those in non-cleft foetuses (P