Monica Kommineni1, Phani Kumar Kuchimanchi2, Ganesh Koneru2, Suresh Sanikommu3. 1. 1Sibar Institute of Dental Sciences, Takkellapadu, Guntur District, Andhra Pradesh 522 509 India. 2. 2Department of Oral and Maxillofacial Surgery, Sibar Institute of Dental Sciences, Takkellapadu, Guntur District, Andhra Pradesh 522 509 India. 3. 3Department of Public Health Dentistry, Vishnu Dental College, Bhimavaram, West Godavari District, Andhra Pradesh 534202 India.
Abstract
INTRODUCTION: Owing to the anatomical basis established on the detailed course, distribution and innervations of buccal nerve in the literature, we believe that an effective and extensive buccal nerve block could be achieved when the nerve is anesthetized proximal to its branching point which relates to anteromedial aspect of ramus (retromolar fossa). Though several techniques of inferior alveolar nerve block (IANB) including few single-penetration approaches were already well reviewed and practiced, pitfalls remained in terms of achieving adequate retromolar soft tissue anesthesia, as well as undermining the very importance of contacting the bone and the orientation of the bevel. We propose a simplified single-penetration technique aligning almost similar to conventional technique and its well-adopted landmarks, but still obviating the need for a separate penetration for long buccal nerve anesthesia. AIM: To study the efficacy of a simplified single-penetration technique for mandibular anesthesia. OBJECTIVES: To study the adequacy of the simplified IANB technique in minimizing the number of penetrations required to achieve buccal nerve anesthesia decreasing patient's pain and discomfort when IANB is performed and the ease of adaptability across the operators. MATERIALS: A 25-gauge 42-mm needle, local anesthesia with adrenaline-2% lignocaine HCl (1:80,000), 2.5-ml syringe, observation form. METHOD: Study 1-A sample size of 120 cases, in oral surgery department of our college, with 60 patients in Group I (control) where patients received anesthesia through conventional IANB and 60 patients in Group II (experimental) where patients received anesthesia through simplified IANB. Both the groups are again subdivided into group A (single operator) and group B (multiple operators). Study 2-20 bilateral mandibular impacted third molar in oral surgery department of our college, with right side (control-conventional technique) and left side (experimental-simplified single-penetration technique). VAS data are recorded in the excel sheet. RESULTS: The success rate of the simplified technique is quite comparable to the conventional groups. The mean pain and discomfort score in simplified technique was 3.08 which is relatively lower when compared to mean value in conventional technique which was 6.88. The difference was statistically significant. CONCLUSION: Simplified technique minimizes the number of penetrations, which substantially decreases patient's pain and discomfort levels not only during injection, but also during surgical procedures on mandibular posterior region because of extensive and profound buccal nerve territorial anesthesia.
INTRODUCTION: Owing to the anatomical basis established on the detailed course, distribution and innervations of buccal nerve in the literature, we believe that an effective and extensive buccal nerve block could be achieved when the nerve is anesthetized proximal to its branching point which relates to anteromedial aspect of ramus (retromolar fossa). Though several techniques of inferior alveolar nerve block (IANB) including few single-penetration approaches were already well reviewed and practiced, pitfalls remained in terms of achieving adequate retromolar soft tissue anesthesia, as well as undermining the very importance of contacting the bone and the orientation of the bevel. We propose a simplified single-penetration technique aligning almost similar to conventional technique and its well-adopted landmarks, but still obviating the need for a separate penetration for long buccal nerve anesthesia. AIM: To study the efficacy of a simplified single-penetration technique for mandibular anesthesia. OBJECTIVES: To study the adequacy of the simplified IANB technique in minimizing the number of penetrations required to achieve buccal nerve anesthesia decreasing patient's pain and discomfort when IANB is performed and the ease of adaptability across the operators. MATERIALS: A 25-gauge 42-mm needle, local anesthesia with adrenaline-2% lignocaine HCl (1:80,000), 2.5-ml syringe, observation form. METHOD: Study 1-A sample size of 120 cases, in oral surgery department of our college, with 60 patients in Group I (control) where patients received anesthesia through conventional IANB and 60 patients in Group II (experimental) where patients received anesthesia through simplified IANB. Both the groups are again subdivided into group A (single operator) and group B (multiple operators). Study 2-20 bilateral mandibular impacted third molar in oral surgery department of our college, with right side (control-conventional technique) and left side (experimental-simplified single-penetration technique). VAS data are recorded in the excel sheet. RESULTS: The success rate of the simplified technique is quite comparable to the conventional groups. The mean pain and discomfort score in simplified technique was 3.08 which is relatively lower when compared to mean value in conventional technique which was 6.88. The difference was statistically significant. CONCLUSION: Simplified technique minimizes the number of penetrations, which substantially decreases patient's pain and discomfort levels not only during injection, but also during surgical procedures on mandibular posterior region because of extensive and profound buccal nerve territorial anesthesia.
Entities:
Keywords:
Anatomical considerations for inferior alveolar nerve block; Buccal nerve block; Intra oral technique for inferior alveolar nerve block; Long buccal nerve distribution; MK technique; Simplified technique