11.060.01 牙科综合 标准查询与下载

T/CHSA 004-2019 下颌骨放射性骨坏死临床诊疗专家共识

放射性颌骨坏死的预防 下颌骨放射性颌骨坏死临床治疗 放射性骨坏死的疗效评估方法

Expert consensus on clinical diagnosis and treatment of mandibular osteoradionecrosis

KS P ISO 3950:2019 牙科学牙齿和口腔区域的命名系统

Dentistry ― Designation system for teeth and areas of the oral cavity

KS P ISO TR 15300:2019 牙科OSI临床编码在牙科产品分类和编码中的应用

Dentistry ― Application of OSI clinical codification to the classification and coding of dental products

KS P ISO TR 15599:2019 牙科实验室程序的数字编码

Digital codification of dental laboratory procedures

KS P ISO 3950-2019 牙科学牙齿和口腔区域的命名系统

Dentistry ― Designation system for teeth and areas of the oral cavity

KS P ISO TR 18845-2019 牙科学.计算机辅助铣床加工精度的试验方法

Dentistry — Test methods for machining accuracy of computer-aided milling machines

KS P ISO TR 15300-2019 牙科OSI临床编码在牙科产品分类和编码中的应用

Dentistry ― Application of OSI clinical codification to the classification and coding of dental products

KS P ISO TR 15599-2019 牙科实验室程序的数字编码

Digital codification of dental laboratory procedures

KS P ISO TR 18845:2019 牙科学.计算机辅助铣床加工精度的试验方法

Dentistry — Test methods for machining accuracy of computer-aided milling machines

YY/T 1683-2019 牙科学 牙骨凿

Dental osteotome

EN ISO 20896-1:2019 牙科学.数字印模装置.第1部分:精度评定方法

This document specifies test methods and procedures for assessing the accuracy of a three dimensional numerical description of intra-oral surfaces acquired directly from a patient with a hand-held scanning device. The test methods are not applicable to ultrasonic, radiographic or magnetic resonance imaging methods. NOTE ISO 12836 specifies the test methods for the assessment of accuracy of digitizing devices that use a fixed or a mechanically guided scanning device.

Dentistry - Digital impression devices - Part 1: Methods for assessing accuracy (ISO 20896-1:2019)

ISO 20896-1:2019 牙科学.数字印模装置.第1部分:精度评定方法

This document specifies test methods and procedures for assessing the accuracy of a three dimensional numerical description of intra-oral surfaces acquired directly from a patient with a hand-held scanning device. The test methods are not applicable to ultrasonic, radiographic or magnetic resonance imaging methods. NOTE ISO 12836 specifies the test methods for the assessment of accuracy of digitizing devices that use a fixed or a mechanically guided scanning device.

Dentistry — Digital impression devices — Part 1: Methods for assessing accuracy

DB33/T 2208-2019 牙科模型清洗消毒技术规范

Dental model cleaning and disinfection technical specifications

ISO 16202-1:2019 牙科 - 口腔异常命名第1部分:代表口腔异常的代码

This document provides a nomenclature of oral anomalies and a code for their representation to facilitate data entry and support interoperability at the semantic level. This nomenclature covers the various anomalies that can be found in the oral cavity. When needed, information on the localization of the anomaly can be added through the use of other codes such as

Dentistry — Nomenclature of oral anomalies — Part 1: Code for the representation of oral anomalies

ISO 16202-2:2019 牙科 - 口腔异常命名法第2部分:牙齿发育异常

This document provides a nomenclature of oral developmental disturbances of teeth and a code for their representation to facilitate data entry and support interoperability at the semantic level. This nomenclature covers the various developmental disturbances of teeth.

Dentistry — Nomenclature of oral anomalies — Part 2: Developmental anomalies of teeth

ISO/TR 22710:2019 牙科学.种植修复用从牙科CT到CAD/CAM的过程链词汇.数字过程链中的反向规划

Dentistry — Vocabulary of process chain from dental CT to CAD/CAM for implant prosthetic restorations — Backward planning in the digital process chain

T/CHSA 002-2018 “导航引导单侧眼眶骨折重建术技术操作”的专家共识

眼眶骨折眶壁重建手术术野暴露有限，手术风险大。外科手术导航具备实时定位、显像功能，应用于眼眶重建手术中，既可以实时探测手术位置，规避风险，又可以在术前手术计划的帮助下，辅助定位重建位置，确保眼眶重建精确度，已有大量文献报告证实其应用效果。单侧眼眶骨折眼眶重建手术也是颌面部手术中导航技术应用最早、最广泛的术式之一。通过制定“导航引导单侧眼眶骨折重建术技术操作”的专家共识，以规范该技术的临床操作流程，促进推广应用。

Expert consensus on “Navigation-guided unilateral orbital fracture and orbital floor reconstruction techniques”

T/CHSA 003-2018 “导航引导颌骨缺损重建技术流程及操作”的专家共识

外伤和肿瘤切除导致的颌骨缺损是口腔颌面外科常见疾病，传统的颌骨重建手术缺乏术前个性化设计，因此颌骨缺损的个性化、精确化修复重建已成为临床治疗的新目标。近年来，以手术导航为代表的数字化外科技术已广泛应用于颌骨缺损的修复重建手术中。采用手术导航等数字化外科技术辅助手术，可显著提高颌骨缺损重建的精度，达到个性化、功能性重建的目标，提高患者术后的生活质量。通过制定“导航引导颌骨缺损重建术技术流程及操作”的专家共识，以规范该技术的临床操作流程，促进其推广应用。

Expert consensus on “Techniques of navigation-guided reconstruction of jaw defect”

T/CHSA 001-2018 “导航引导单侧陈旧性颧骨骨折整复术技术流程及操作”的专家共识

颧骨位于面中外侧部，支撑面中部轮廓，位置突出，易受外伤。颧骨骨折移位后，会造成面部塌陷畸形。一旦治疗不及时成为陈旧性骨折，手术复位时缺少可参照的断面解剖标记，术后很难取得良好的面中部轮廓三维对称效果，传统手术方法治疗效果不稳定。借助数字外科软件，在手术导航的辅助下，可以在术前实现面部头颅的三维重建，虚拟设计规划，术中手术导航系统辅助下精准复位，从而达到精确、可控的骨折复位效果。通过制定“导航引导单侧陈旧性颧骨骨折整复术技术操作”的专家共识，以规范该技术的临床操作流程，促进推广应用。

Expert consensus on "Navigation-guided unilateral old zygomatic fracture reconstruction technique process and operation"

T/CHSA 004-2018 “导航引导下颅底肿瘤穿刺活检技术流程及操作”的专家共识

颅底肿瘤区域位置深在、解剖结构复杂，毗邻通入颅内的重要血管神经，而且外侧有下颌升支、腮腺及面神经，不易暴露。由于颅内、颅外“一板之隔”的颅底毗邻诸多重要解剖结构， 手术风险高，是最具有挑战性的手术区域之一。穿刺活检手术是目前以微创手段获得病理结果的主要途径之一。该技术其诊断特异度和灵敏度高，安全性高，风险较低，并发症发生率低。通过制定“导航引导下颅底肿瘤穿刺活检技术操作”的专家共识，来规范导航技术在颅底肿瘤穿刺活检中的应用，以利其进一步推广应用。

Expert consensus on “Processes and operations of navigation-guided needle biopsy techniques in skull base tumors”