Patil Shankargouda, Gs Vidya, Baeshen Hosam, Ali Sumayli Mohammed Ali, Saeed AlShahrani Mubarak Ali, Alkhallaf Najmi Abdullatif Ibrahim, Jafer Mohammed Abdurabu, Vishwanathaiah Satish, Khan Shahrukh
Department of Oral and Maxillofacial Surgery and Diagnostic Sciences, Division of Oral Pathology, College of Dentistry, Jazan University, Jazan, Saudi Arabia.
Sree NRJV Specialists Dental Clinic, Bangalore, India.
J Oral Biol Craniofac Res. 2020 Oct-Dec;10(4):660-664. doi: 10.1016/j.jobcr.2020.08.017. Epub 2020 Aug 27.
Oral biofilm, a tribulation encountered on a general basis is known to associate and contribute to many oral and systemic diseases. Eradication of these biofilms is a primary step in treatment of the underlying malady. Management of a biofilm is governed by various factors: the microenvironment within a biofilm, bond between the adhered surface and the biofilm, location of the biofilm, access to the biofilm for removal. Though annihilation is the priority, the mode of approach to achieve the same is equally important, because biofilm's heterogenic nature and location govern the strategical treatment required. Literature supports that the consequences of oral biofilms is not restricted to its home ground, but disseminated to other systems of the body. This contemplates us to procure knowledge on its development, structure and progression to aim its eradication. Therefore, this review attempts to recognize the type of biofilm based on location and enumerate all the possible chemical modes of management for the specific type of oral biofilms encountered. In addition, to the traditional strategies prescribed or administered, newer approaches which are gaining popularity due to their ease and efficiency are also addressed. Frontiers in the above field, under investigation and promising in near future are also compiled. Thus, the present review aims to provide a comprehensive elucidation of chemical management of oral biofilms, both the conventional and novel approaches under investigation.
口腔生物膜是一种常见的难题,已知它与许多口腔和全身疾病相关并会导致这些疾病。根除这些生物膜是治疗潜在疾病的首要步骤。生物膜的管理受多种因素制约:生物膜内的微环境、附着表面与生物膜之间的结合、生物膜的位置、去除生物膜的途径。尽管消灭生物膜是首要任务,但实现这一目标的方法同样重要,因为生物膜的异质性和位置决定了所需的策略性治疗。文献表明,口腔生物膜的影响不仅局限于口腔,还会扩散到身体的其他系统。这促使我们去了解其形成、结构和发展过程,以便根除它。因此,本综述试图根据位置识别生物膜的类型,并列举针对所遇到的特定类型口腔生物膜的所有可能化学管理模式。此外,除了传统的规定或应用策略外,还探讨了因简便高效而日益流行的新方法。还汇编了上述领域正在研究且在不久的将来有望取得成果的前沿内容。因此,本综述旨在全面阐明口腔生物膜的化学管理,包括传统方法和正在研究的新方法。