Search

Access cavity preparation, chemo-mechanical preparation, and obturation make up the majority of the endodontic triad. Every action should be carefully observed by the clinician. In the last two decades, endodontics has seen advancements in both technology and materials. Given the technical advancements in applied sciences, magnification, and imaging techniques, minimally invasive therapies are currently used in the medical and dentistry industries. This review article will describe minimally invasive Access cavity designs and their advantages and disadvantages in Endodontic treatment.

Introduction: Berry's biometric index correlates the bizygomatic width to the width of the maxillary central incisors (CIs). It has also been suggested that dental and facial esthetics follow the concept of the golden ratio (1.61803). The present research aims to evaluate the practical applicability of Berry's bizygomatic index and the golden ratio to the width of the maxillary anterior teeth. Materials and Methods: The bizygomatic width and the width of all the maxillary anterior teeth were measured for a total sample of n = 100. The width of maxillary CI was calculated by Berry's biometric index and the other teeth by golden ratio. The measured and calculated values were compared by means of statistical analysis. Results: The age of study participants ranged from 19 to 35 years with a mean of 24.99 years (standard deviation = ±5.098). There was no statistically significant difference between the measured and the calculated values (P > 0.05). The relative Dahlberg's error was found to be low for all the teeth. Conclusion: Berry's biometric index along with golden proportion can be reliably used to determine the mesiodistal width of the maxillary anterior teeth. The methods can be implemented in cases where there is no reference to determine the width of upper anterior teeth during any esthetic restorative procedure. Maxillary anterior teeth dictate the esthetics of a smile; therefore, this study attempts to shed light on the importance of the coherent use of these mathematical ratios to provide an objective formula for smile rehabilitation.

The term “Phytotherapy” refers to the direct or indirect treatment of disease through the use of plants and plant-derived products. Since the dawn of time, people have employed herbs as a type of traditional medicine. Natural remedies obtained from therapeutic plants have shown an abundant supply of biologically active ingredients, several of which have served as the inspiration for creation of novel molecules for different medications. A single herb exhibits multiple benefits, such as anti-inflammatory, antibacterial, and antifungal activity, and its use in dental treatment proves to be an effective adjuvant. The applications of medicinal plants in endodontics are varied ranging from intracanal medicaments to irrigants and retreatment agents. Various synthetic chemicals play a significant role in disinfection in endodontics but also have undesirable properties such as allergic potential, increased microbial resistance, toxicity, safety concerns and bitter taste. Due to their widespread availability, low toxicity, and cost-effectiveness, herbal remedies are now being used more frequently as part of dental treatment and have experienced an exceptional surge in popularity in recent years. Therefore, this article aims to provide a comprehensive review of various phytochemicals and its endodontic applications, standardisation, possible side-effects and its benefits as an adjunctive therapy.