The comparative study of conventional septoplasty and endoscopic septoplasty.
Septoplasty is a surgical procedure that corrects the deformity of nasal septum the usual purpose is to improve the nasal breathing. (2) Lanza et al and Stammberger initially described the application application of endoscopic techniques to the correction of endoscopic techniques in 1991. Lanza et and Stammberger initially described detailed endoscopic approach to the treatment of isolated septal spurs. (3) The endoscopic septoplasty provides important advantages which include adequate visualization, room for instrumentation, access to paranasal sinuses and for other surgeries like transseptal approach to the sphenoid sinus, visualisation and stoppage of post nasal bleed. (4)
This technique of endoscopic septoplasty is a fast developing concept and is gaining popularity with an increasing trend towards endoscopic surgeries. Furthermore in complex deformities better correction is possible with the help of an endoscope since we can clearly see the posterior deviation. (5)
Patients undergoing conventional septoplasty require longer stay due to nasal bleed than those undergoing endoscopic septoplasty. Endoscope also aided limited resection and thus more conservation by guiding precise shaving by septal cartilage. (6)
Endoscopic septoplasty is a viable alternative to conventional septoplasty with acceptable outcome and complications. (7)
MATERIALS AND METHODS: Our type of study is Prospective and Comparative.
Sixty cases of deviated nasal septum refractory to conservative medical treatment were divided into 2 groups of 30 patients and underwent correction surgery for nasal septal deformity using both endoscopic and conventional techniques. Group A of 30 patients underwent conventional septoplasty and Group B of 30 patients underwent endoscopic septoplasty. The study was carried out from July, 2014 to January, 2015, at ENT dept., LLRM Medical College, Meerut.
The statistical analysis is done using the SPSS Software. Chi-square test of independence is used to know the association between 2 criteria of classification. P value <0.05 is considered as significant.
Inclusion Criteria: Patients with nasal obstruction, nasal discharge, hyposmia, epistaxis and headache were included in the present study.
Exclusion Criteria: Patients with allergic rhinitis and upper respiratory tract infection were excluded.
Techniques for Conventional Septoplasty: The most of procedures were conducted under local anaesthesia. General anaesthesia was used for paediatric patients, uncooperative patients, apprehensive patients.
1. First of all both nasal cavities were packed with 4% xylocaine with adrenaline.
2. After removal of pack infiltration of 2% xylocaine with adrenaline into whole of septum, cartilaginous and bony part for ant tunnel and for inferior tunnel infiltration was done over maxillary crest and vomer.
3. After this trimming of vibrissae was done over both side for better exposure and prevention of furuncle and or boil on vestibule.
4. A vertical incision in septal mucoperichondrium 1.5cm cranially from caudal septal border for anterior tunnel was done. (killians incision).
5. A horizontal incision was made over maxillary crest for inferior tunnel, 1.5 cm cranially from caudal septal border.
6. Then both tunnels were united.
7. Then a mucoperichondrial flap was elevated from this part of septum up to the perpendicular plate of ethmoid. Similarly mucoperiosteal flap was elevated from this part of septum to vomer.
8. Perpendicular plate was separated from quadrangular septal cartilage.
9. The perpendicular plate of ethmoid was then fractured and removed into small pieces by luc's forceps.
10. Then 0.5 cm inferior strip of septal cartilage was removed from the incision side to the perpendicular plate of ethmoid to achieve the correction of septum and any bony spur over maxillary crest or vomer was also removed with the help of cheisel and mallet or hammer.
11. Because the septal cartilage has memory, it has tendency to assume its initial shape--The septal cartilage can sometimes bind after surgery, so to prevent this multiple incision or crosshatching was done over the rest of cartilage.
12. The mucoperichondrial and mucoperiosteal flaps were reposited and the incision was closed using 3'0 cutting is used.
13. Then bilateral nasal cavities were packed with 6 inches ribbon pack soaked in BIPP, bismuth iodide paraffin paste or soframycin ointment with liquid paraffin. Bolster was applied over both nostrils.
Techniques for Endoscopic Septoplasty: Most of the procedures were conducted under local anaesthesia. General anaesthesia is needed for only paediatric patients, uncooperative, apprehensive patients.
Position-headside is 30 degree up;
1. First pack both nasal cavities were with 4% xylocaine plus adr.
2. After removal of pack, infiltration was done on convex side of septum using 0 degree 4 mm endoscope for adults and 0 degree 2.7mm for paediatric patients.
3. A vertical incision was made caudal to the deviation or deviation part of septum but it is not extended from dorsal of nose to the floor of nose as in conventional sepyoplasty, but extended both superiorly and inferiorly to explore the most deviated part.
4. Mucoperochondrial flap was raised using periosteal elevation under direct visualization with 0 degree rigid 4mm nasal endoscope.
5. The incision was given on deviated part of septal cartilage parallel but posterior to flap incision and caudal to deviation.
6. Then freyer'elevator was inserted and mucoperichondrial flap was raised on opposite side.
7. Then small luc's forceps was used to excise the deviated part of septum and for bony spur, hammer and cheissel are used.
8. The mucoperichondrial flap was repositioned back after suction clearance and edges of incision were made to lie closely without the need to suture.
9. The nasal cavity was packed with merocele on the side of incision.
Post-operative Care: Patients are given iv antibiotics, antihistaminic, analgesics following surgery for 2-3 days, till patient was admitted after that they are discharged after removal of nasal pack after 48hrs of surgery on oral medications.
Pain is generally mild to moderate intensity with this type and well controlled by oral NSAID.
The stuffiness typically results from swelling after the procedure and typically generally starts to improve after first week.
The mucus secretion was cleared is cleared by suction clearance after pack removal and patient is advised saline spray or irrigation after the pack removal and then patients are followed up on 7, 15, 30, 90 post op days of surgery and were assessed for subjective improvements like headache, nasal obstruction, rhinorrhea, hyposmia, epistaxis.
Table 1: Distribution of deviated portion in groups Deviated portion Group A Group B Cartilage 9[30%] 12[40%] Bone 15[50%] 12[40%] Cartilage and bone 6[20%] 6[20%]
Table 1 shows distribution of deviated portion of nasal septum in two groups. Amongst the patients who underwent conventional septoplasty, in 30% of cases, cartilage was found to be deviated and in 50% of cases bone was found to be deviated and in 20% of cases cartilage and bone both are found to be deviated. Amongst the patients who underwent endoscopic septoplasty, in 40% of cases, cartilage was found to be deviated, and in next 40% cases bone was found to be deviated and in 20% of cases both cartilage and bone both was found to be deviated. It is seen that both the group do not differ significantly in the respect of deviated portion [p=0.68].
Chi Square Test with Yates Correction: Chi square (1), 5% with Yates correction and p<0.005 is considered as significant. We have seen that there is no significant association of duration of stay after treatment (p=0.10).
POST OP SYMPTOMS RELIEVED:
Table 3: Nasal Obstruction Relieved Groups Yes No P value A 24(80%) 6(20%) O.46 B 27(90%) 3(10%)
80% of patients who underwent conventional septoplasty are relieved of nasal obstruction and 20% are not relieved. 90% of cases who underwent endoscopic septoplasty are relieved of nasal obstruction symptoms, only 10% of cases are not relieved. It may be noted that clinically endoscopic septoplasty is giving better improvement in comparison to conventional septoplasty, but it has no clinical significance.
Table 4 shows that 70% of patients who underwent conventional septoplasty are relieved of nasal discharge whereas 80% of patients who underwent endoscopic septoplasty are relieved of this symptom. This shows that clinically endoscopic septoplasty is giving better improvement in nasal discharge relief however this not statistically significant.
The table 5 shows that 90% of patients who underwent conventional septoplasty are relieved of headache. So clinically endoscopic septoplasty is giving better results in respect of relief in headache.
Table 6 shows that 40% of patients who underwent conventional septoplasty are relieved of epistaxis whereas 80% of patients who underwent endoscopic septoplasty are relieved of epistaxis. So clinically as well as statistically significant association of epistaxis relief with the groups is seen in the above table.
Table 7 shows that 2% of patients who have undergone endoscopic septoplasty are relieved of hyposmia. The significant association of hyposmia relief with the groups is seen in the above table.
CONCLUSION: Clinically the endoscopic septoplasty has come up with better results in relation to postoperative symptoms relieved for example nasal obstruction, nasal discharge, headache, epistaxis and hyposmia. But there was no significant association found in respect to duration of stay and most of post op symptoms relieved except hyposmia and epistaxis., where significant association was found.
DISCUSSION: Endoscopic septoplasty is increasingly becoming more common as it offers an alternative to traditional headlight technique with superior visualisation. Our study showed better results and lesser complication in endoscopic septoplasty as compared to traditional septoplasty group as an endoscope gives better illumination and improved access to high DNS and allowed limited incision. The study of Gupta and Motwani (2005) shows that complication rates were significantly more in conventional group. In our study, more complications in group which underwent conventional septoplasty is in agreement with the mentioned study but it did not attained any statistical significance. (6)
More improvement in posterior deviation and spur was seen in patients of endoscopic group in comparison to traditional group of patients. The study of Nayak et al (1998) showed that 10% patients of anterior deflection had persistent septal deformity and posterior deviations were effectively corrected in most of cases. This study also showed that endoscopic septoplasty was found to be more effective in treating symptoms such as nasal obstruction. (8)
(1.) Bhattacharjee A, Uddin S, Purkaystha P. Deviated nasal septum in the newborn--a 1-year study. Indian J Otolaryngol Head Neck Surg 2005 Oct; 57 (4): 304-308.
(2.) Siegel NS, Gliklich RE, Taghizadeh F, Chang Y. Outcomes of septoplasty. Otolaryngol Head Neck Surg 2000 Feb; 122 (2): 228-232.
(3.) Lanza DC, Kennedy DW, Zinreich SJ. Nasal endoscopy and its surgical application. Essential otolaryngology: head and neck surgery. 5th ed. New York: Medical examination; 1991. p. 373387.
(4.) Cantrell H. Limited septoplasty for endoscopic sinus surgery. Otolaryngol Head Neck Surg 1997 Feb; 116 (2): 274-277.
(5.) Gupta N. Endoscopic septoplasty. Indian J Otolatyngol Head Neck Surg 2005 Jul; 57 (3): 240243.
(6.) Gupta M, Motwani G. Comparative study of endoscopic aided septoplasty and traditional septoplasty in posterior nasal septa deviations.Indian J Otolaryngol Head Neck Surg 2005 Oct; 57 (4): 309-311.
(7.) Chung BJ, Batra PS, Citardi MJ, Lanza DC. Endoscopic septoplasty: revisitation of the technique, indications and outcomes. Am J Rhinol 2007 May-Jun; 21 (3): 307-311.
(8.) Nayak DR, Balakrishnan R, Murthy KD. An endoscopic approach to the deviated nasal septum--a preliminary study. J Laryngol Otol 1998 Oct; 112 (10): 934-999.
Kapil Kumar Singh , Isha Sinha , Prerna Verma , Ganesh Singh 
[1.] Kapil kumar Singh
[2.] Isha Sinha
[3.] Prerna Verma
[4.] Ganesh Singh
PARTICULARS OF CONTRIBUTORS:
[1.] Assistant Professor & HOD, Department of ENT, LLRM Medical College, Meerut.
[2.] Senior Resident, Department of ENT, LLRM Medical College, Meerut.
[3.] Junior Resident, Department of ENT, LLRM Medical College, Meerut.
[4.] Assistant Professor / Statistician, Department of Community Medicine, LLRM Medical College, Meerut.
FINANCIAL OR OTHER COMPETING INTERESTS: None
NAME ADDRESS EMAIL ID OF THE CORRESPONDING AUTHOR:
Dr. Prerna Verma, Room No. F-7, PG Girl's Hostel, LLRM Medical College, Meerut.
Date of Submission: 13/03/2015. Date of Peer Review: 14/03/2015. Date of Acceptance: 04/06/2015. Date of Publishing: 10/06/2015.
Table 2: Post-Operative Stay of Patients in Two Groups Duration of stay Group A Group B P value </=48hrs 21(70%) 27(90%) >/=48hrs 9(30%) 3(10%) 0.10 Table 4: Nasal Discharge Relieved Groups Yes No P value A 21(70%) 9(30%) O.37 B 24(90%) 6(20%) Table 5: Headache Relief Groups Yes No P value A 27(90%) 3(10%) O.60 B 29(96%) 1(3.3%) Table 6: Epistaxis or Nasal Bleed Relief Groups Yes No P value A 12(40%) 18(60%) .0001 B 24(80%) 6(20%) Table 7: Hyosmia Relief Groups Yes No P value GROUP A 0(0%) 30(100%) 0.03 GROUP B 6(2%) 24(80%)
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|Title Annotation:||ORIGINAL ARTICLE|
|Author:||Singh, Kapil Kumar; Sinha, Isha; Verma, Prerna; Singh, Ganesh|
|Publication:||Journal of Evolution of Medical and Dental Sciences|
|Article Type:||Clinical report|
|Date:||Jun 11, 2015|
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