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To evaluate the efficacy and effectiveness of N-butyl 2-cyanoacry | 43883
Emergency Medicine: Open Access

Emergency Medicine: Open Access
Open Access

ISSN: 2165-7548

+44 1223 790975

To evaluate the efficacy and effectiveness of N-butyl 2-cyanoacrylate glue (TRU SEAL) in closure of oral, maxillofacial laceration and surgical incisions


International Conference on Emergency and Acute Care Medicine

August 22-23, 2018 Tokyo, Japan

Praveen Kumar Singh

Consultant Maxillofacial Surgeon Mysuru, India

Scientific Tracks Abstracts: Emerg Med

Abstract :

Introduction: Effective wound closure is critical for minimizing wound complications and preventing wound dehiscence. The various wound closure techniques include staples, traditional nylon and skin sutures, subcuticular sutures and skin adhesives. Currently topical skin adhesives are frequently being used. Most of the adhesives used are cyanoacrylates short and long chain (butyl and isobutyl cyanoacrylates) derivatives. Cyanoacrylates (CAC) are tissue adhesives exhibiting the objectives of achieving coaptation of surgical wound borders, and thus eliciting healing. This material is bacteriostatic and biodegradable and exhibits suitable tensile strength. Cyanoacrylates glue results in cutaneous closure in less than 5 minutes. It should not be used for deep wound closure or in any patient sensitive to cyanoacrylates. Wound closure using tissue adhesives require careful attention to be given to closure of subcutaneous layer to ensure optimal approximation and tension on the edges of the wound. Cyanoacrylates glue polymerize rapidly within seconds following contact with proteinaceous surfaces to form strong and flexible bonds. This chemical property makes them extensively used in different surgical application. Prior to application of cyanoacrylates, the tissue surface should be cleaned and dried as much as possible. Protection of the surrounding tissues from accidental contact with cyanoacrylates can be done by covering them by gauze or chloramphenicol 1% ointment. Method: Under naso-endotracheal intubation, skin preparation was done with povidone iodine. Skin incision for each procedure was placed in the standard location. Then reduction of fracture and plating was done. In 80% of the patient´┐Ż??s subcutaneous sutures were placed. Skin closure was done with N-butyl 2 cyanoacrylate glue. Pressure dressing was placed in the usual manner for 24 hours post-operatively. Result: In this study, REEDA Scale was used to assess healing. Redness, edema, ecchymosis was seen in all 10 patients, which subsided by 2nd week post-operatively. None of the patients had discharge from surgical site on 1st post-operative day but was noted in 2 patients 1st week post-operatively. There was evidence of wound gaping in 1 patient on 1st post-operative day and 2 patients at end of 1st week post operatively. Stony Brook Scar evaluation was used to evaluate post-operative cosmesis in this study. No significant cosmetic impairment was found in all patients at the end of the study. Patients were highly satisfied with the excellent cosmetic results. In this study, no adverse inflammatory reactions were encountered, and it is relevant to a study conducted by Ahmed Habib, et al. The surgical glue has the characteristic of being rapidly transferred from a liquid to a solid state that occurs at room temperature without the need of catalysts, solvents or application of pressure. Conclusion: The study reflects qualitative assessment of cyanoacrylates which is simple to use and with proper application resulted in uniform and everted closure of the wound. It is cost efficient as compared to other wound closure materials. The properties of cyanoacrylate glue were appreciated clinically as it showed excellent results with respect to the closure time, postoperative healing and patient comfort. The quantitative data as reiterated from results make us conclude that cyanoacrylate glue performed excellently and showed similar cosmetic results when scarring evaluation was done. It is noteworthy that within the limitations of this study, which includes, less sample size and short duration for evaluation, this material showed excellent results and future studies in larger sample size can overcome the above stated limitations.

Biography :

Praveen Kumar Singh has completed his BDS from Purvanchal Institute of Dental Sciences, Gorakhpur. In his BDS, he achieved Certificate of Honor from Colgate Palmolive India Limited and a Merit Certificate from ISP. He has completed his master’s training in Oral and Maxillofacial Surgery from JSS Dental College and Hospital, Mysore. He is currently working as a Vice-President of Indian Association of Dental Students and Official Nation Member of International Association of Dental Students, Switzerland. He is also an Official Student Council Member of Association of Oral and Maxillofacial Surgeons of India. He is a Scientific Editor of Dental Deluge and has formerly been the Editor of the Indian Section of Dental Students Research, Switzerland. He has conducted and organized 16 dental checkup camps in association with International Federation Medical Students Association, Indian Association of Dental Students and International Dentist and Dental Students Federation. He has exclusive Consulting Maxillofacial Surgery Practice in Bangalore with special interest on minor oral surgery, trauma, orthognathic surgery and implant dentistry with special emphasis on bone augmentation procedures for implant site management.

E-mail: drpraveen.omfs@gmail.com

 

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