Eighth International Symposium on Tooth Enamel: Development, Properties and Patho

第八届国际牙釉质研讨会：发展、特性和病理

• 批准号: 8061884
• 负责人: John T. Wright
• 金额: $ 1.5万
• 依托单位: UNIV OF NORTH CAROLINA CHAPEL HILL
• 依托单位国家: 美国
• 财政年份: 2010
• 资助国家: 美国
• 起止时间: 2010-12-04 至 2012-11-30
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/8061884
• 关键词: Address; Affect; Ameloblasts; Amelogenesis Imperfecta; Area; Asians; Award; Biological; Biology; Biomimetics; Caries prevention; Cellular biology; Chemistry; Chicago; Country; Defect; Dental Cementum; Dental Enamel; Dental caries; Dentin; Detection; Development; Disabled Persons; Durapatite; Early Diagnosis; Enamel Formation; Ensure; Europe; Female; Fracture; Genes; Genetic; Goals; Growth; Human; Illinois; Imaging Techniques; International; Ions; Journals; Knowledge; Lead; London; Massachusetts; Mechanics; Mediating; Minerals; Minority; Morphogenesis; Names; Natural regeneration; Nature; Oral health; Outcome; Participant; Pathology; Peer Review; Phase; Phylogenetic Analysis; Porosity; Prevention; Prevention Protocols; Procedures; Process; Production; Property; Proteins; Publishing; Rare Diseases; Research; Research Activity; Research Personnel; Resistance; Scientist; Series; Solubility; Structure; Students; Therapeutic; Tissue Engineering; Tissues; Tooth Loss; Tooth structure; Travel; Woman; Work; base; biomineralization; bone; burden of illness; calcium phosphate; chemical property; clinically relevant; demineralization; density; design; field study; human tissue; improved; in vivo; male; meetings; mineralization; novel; novel strategies; physical property; repaired; symposium; tool

DESCRIPTION (provided by applicant): Human tooth enamel is the most mineralized tissue in the body and develops under strict genetic control to form an exquisitely structured tissue that has unique fracture and wear resistant properties. There are numerous developmental defects that cause abnormal enamel development, as well as environmental conditions such as tooth decay that can destroy the enamel leading to tooth loss. Our understanding of enamel development and the pathologies that afflict it has grown, but significant knowledge gaps remain. We propose to help address these deficiencies in our understanding of the development and pathology of dental enamel by bringing together a group of internationally renowned and new investigators to present and discuss the latest information regarding dental enamel. We are requesting support for the Eighth International Symposium on the Development, Properties and Pathology of Tooth Enamel. The Symposium will be held June 12-18, 2011 at the Starved Rock State Park Conference Center in Utica Illinois outside of Chicago. This Symposium will build on a highly successful series of international symposia on tooth enamel that began in London in 1964 and was last held in Brewster Massachusetts in 2005. Specifically, the proposed Symposium is designed to 1) critically address the numerous significant advances that have taken place since the last symposium; 2) to promote a better understanding of the development and properties of tooth enamel and the mechanisms of its destruction in vivo; 3) to stimulate new ideas that can potentially serve as the basis for development of novel biomimetic approaches for the repair and/or regeneration of enamel including the early diagnosis and prevention of enamel caries; 4) to encourage the involvement of new investigators including minorities, women and person with disabilities in this growing area of important research. The proposed Symposium will ultimately influence and help direct research activities in these areas with the eventual outcome of improvement in oral health. The Symposium will be limited to 100 participants to maximize interactions and critical discussions. As with the seven previous symposia, the proceedings (including peer-reviewed articles and discussions) will be published in a highly rated scientific journal. Important topics to be covered include, but are not limited to; Ameloblast Cell Biology; Enamel Matrix, The Inorganic Phase, Enamel Mineralization; Defects of Development; Evolutionary and Phylogenetics; Biomimetics/Tissue Engineering; Quantitative Assessment of Enamel Mineral Content via Non-Destructive Imaging Techniques; and Early Caries Detection and Enamel Changes. Given the significant advances that have occurred since the last enamel Symposium in each of these areas, the proposed symposium is timely and highly topical. Specific efforts are proposed to promote inclusion of new, minority and female investigators as well as person with disabilities. PUBLIC HEALTH RELEVANCE: The proposed Symposium will provide a unique forum dedicated to the presentation of new information related to the development and pathology of dental enamel. The goal of the Symposium is to advance our knowledge of dental enamel, as well as to direct future research in this growing field. The material to be covered is clinically relevant given the tremendous disease burden caused by developmental defects of human dental enamel and the highly prevalent environmentally mediated destruction (e.g. dental caries, erosion) of this specialized and unique mineralized tissue.

描述（由申请人提供）：人类牙齿釉质是体内矿化程度最高的组织，在严格的遗传控制下发育形成具有独特抗断裂和耐磨性能的精美结构组织。有许多发育缺陷导致釉质发育异常，以及环境条件，如蛀牙，可以破坏釉质导致牙齿脱落。我们对牙釉质发育和影响牙釉质发育的病理学的理解有所增加，但仍然存在重大的知识差距。我们建议通过汇集一组国际知名的新研究人员来介绍和讨论有关牙釉质的最新信息，以帮助解决我们对牙釉质发育和病理学的理解中的这些缺陷。我们请求支持第八届国际牙釉质发展、特性和病理学研讨会。研讨会将于2011年6月12日至18日在芝加哥外的伊利诺斯州尤蒂卡的饥饿岩州立公园会议中心举行。本次研讨会将建立在一个非常成功的系列国际研讨会上的牙釉质，开始于1964年在伦敦和最后一次举行的布鲁斯特马萨诸塞州在2005年。具体而言，拟议的研讨会旨在1）批判性地解决自上次研讨会以来发生的许多重大进展; 2）促进更好地了解牙釉质的发育和特性及其在体内破坏的机制; 3）激发新的想法，这些想法可能成为开发新的仿生修复方法的基础，和/或（4）鼓励包括少数民族、妇女和残疾人在内的新的研究人员参与这一日益发展的重要研究领域。拟议的研讨会将最终影响和帮助指导这些领域的研究活动，最终改善口腔健康。专题讨论会将限于100名与会者，以最大限度地扩大互动和关键性讨论。与前七届研讨会一样，会议记录（包括同行评审的文章和讨论）将发表在一份高评价的科学杂志上。将涵盖的重要主题包括但不限于：成釉细胞生物学;釉质基质，无机相，釉质矿化;发育缺陷;进化和系统发生学;仿生学/组织工程;通过非破坏性成像技术定量评估釉质矿物质含量;和早期龋齿检测和釉质变化。鉴于自上次搪瓷研讨会以来，在这些领域都取得了重大进展，拟议的研讨会是及时的和高度的话题。建议作出具体努力，促进纳入新的少数民族和女性调查员以及残疾人。 公共卫生相关性：拟议的研讨会将提供一个独特的论坛，致力于介绍有关牙釉质的发展和病理学的新信息。研讨会的目标是提高我们对牙釉质的认识，并指导这一不断发展的领域的未来研究。考虑到人类牙釉质发育缺陷引起的巨大疾病负担以及这种特殊和独特的矿化组织的高度普遍的环境介导的破坏（例如龋齿、侵蚀），所覆盖的材料具有临床相关性。