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Orofacial pain is one the commonest chronic oral health disorder. Yet, its complete management is still a researchable matter as it is a disorder which is caused due to various factors. It is very rare is find a single etiology leading to orofacial pain. It often encompasses multiple etiological factors. Hence it is important to understand that not one but multiple healthcare professionals are needed for its successful outcome and thus forming an interprofessional management team becomes important.
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Coronavirus (COVID-19) being a pandemic has affected us by affecting our mental health, creating confusion and uncertainties. Every human being is different and thus each of us reacts differently. It can be a positive or negative feeling. It is important to understand what we are feeling and how do we lead to a change. A simple understanding of how every action will have a positive side toward it will lead us to a happier and healthier place to live. Certainly, this COVID-19 has given us a cleaner and greener environment and that is a positive takeaway from this pandemic.
RESUMEN
INTRODUCTION: Aerosols and droplets contaminated with bacteria and blood are produced during ultrasonic scaling. Measures to control aerosol contamination in dental clinics are recommended by the Centers for Disease Control and Prevention. This study aimed to evaluate the efficacy of preprocedural boric acid (BA) mouthrinse in reducing bacterial contamination in dental aerosols generated during ultrasonic scaling. MATERIALS AND METHODS: This was a randomised clinical trial in 90 systemically healthy subjects (25-55 yrs) diagnosed with chronic periodontitis who were allocated into three groups of 30 subjects each to receive, Group A - 0.12% chlorhexidine (CHX), Group B - 0.75% BA and Group C-water, as a preprocedural rinse for 1 min. The aerosol generated while performing ultrasonic scaling for 30 min was collected at three locations on blood agar plates. Incubation of the blood agar plates at 37°C for next 48 h for aerobic culture was performed and subsequently colony-forming units (CFUs) were counted. RESULTS: CFUs in Group A were significantly reduced compared with Group B (P < 0.001). When we compare CFUs in all the three groups, CFUs in Groups A and B were statistically significantly reduced compared with Group C (P < 0.001). Furthermore, it was also observed that the assistant's chest area had lowest CFUs whereas patient's chest area had highest. CONCLUSION: This study recommends routine use of preprocedural mouthrinse as a measure to reduce bacterial aerosols generated during ultrasonic scaling and that 0.12% CHX gluconate is more effective than 0.75% BA mouthwash in reducing CFUs count.
RESUMEN
Traumatic injuries in the primary dentition pose major challenges for management. This emergency treatment requires proper planning so as to achieve favorable results. Trauma causing severe dentoalveolar injuries, especially in children, needs an interdisciplinary approach so as to retain normal functional anatomy for that age. This article describes a clinical innovative technique, which utilizes a resorbable membrane in management of pediatric dentoalveolar trauma. The membrane was shaped to cover the multiple alveolar bone fracture, thereby favoring the healing of the bone defects. The use of this resorbable membrane maintained a secluded space for the bone growth and prevented overgrowth of the soft tissue in the region of the defect. This resulted in uneventful healing leading to well-maintained functional bone contour, which further favored the esthetic rehabilitation as well as protected the underlying permanent tooth buds.
